Polycom® RMX® 4000
Hardware Guide
Version 7.0.2 | November 2010 | DOC2559C
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CE MARK R&RTTE Directive
Česky [Czech]:
Polycom (UK) Ltd tímto prohlašuje, že tento RMX 4000 je ve shodě se
základními požadavky a dalšími příslušnými ustanoveními směrnice 1999/5/ES.
Undertegnede Polycom (UK) Ltd erklærer herved, at følgende udstyr RMX
Dansk [Danish]:
4000 overholder de væsentlige krav og øvrige relevante krav i direktiv 1999/5/
EF.
Deutsch [German]:
Eesti [Estonian]:
Hiermit erklärt Polycom (UK) Ltd, dass sich das Gerät RMX 4000 in
Übereinstimmung mit den grundlegenden Anforderungen und den übrigen
einschlägigen Bestimmungen der Richtlinie 1999/5/EG befindet.
Käesolevaga kinnitab Polycom (UK) Ltd seadme RMX 4000 vastavust
direktiivi 1999/5/EÜ põhinõuetele ja nimetatud direktiivist tulenevatele teistele
asjakohastele sätetele.
Hereby, Polycom (UK) Ltd. Declares that this RMX 4000 is in compliance with
English:
the essential requirements and other relevant provisions of Directive 1999/5/EC.
Por medio de la presente Polycom (UK) Ltd declara que el RMX 4000 cumple
Español [Spanish]:
con los requisitos esenciales y cualesquiera otras disposiciones aplicables o
exigibles de la Directiva 1999/5/CE.
ΜΕ ΤΗΝ ΠΑΡΟΥΣΑ Polycom (UK) Ltd ΔΗΛΩΝΕΙ ΟΤΙ RMX 4000
ΣΥΜΜΟΡΦΩΝΕΤΑΙ ΠΡΟΣ ΤΙΣ ΟΥΣΙΩΔΕΙΣ ΑΠΑΙΤΗΣΕΙΣ ΚΑΙ ΤΙΣ
ΛΟΙΠΕΣ ΣΧΕΤΙΚΕΣ ΔΙΑΤΑΞΕΙΣ ΤΗΣ ΟΔΗΓΙΑΣ 1999/5/ΕΚ.
Par la présente Polycom (UK) Ltd déclare que l’appareil RMX 4000 est
conforme aux exigences essentielles et aux autres dispositions pertinentes de la
directive 1999/5/CE.
Con la presente Polycom (UK) Ltd dichiara che questo RMX 4000 è conforme
Ελληνική [Greek]:
Français [French]:
Italiano [Italian]:
ai requisiti essenziali ed alle altre disposizioni pertinenti stabilite dalla direttiva
1999/5/CE.
Íslenska (Icelandic):
Latviski [Latvian]:
Lietuvių [Lithuanian]:
Nederlands [Dutch]:
Hér með lýsir Polycom (UK) Ltd yfir því að RMX 4000 er í samræmi við
grunnkröfur og aðrar kröfur, sem gerðar eru í tilskipun 1999/5/EC
Ar šo Polycom (UK) Ltd deklarē, ka RMX 4000 atbilst Direktīvas 1999/5/EK
būtiskajām prasībām un citiem ar to saistītajiem noteikumiem.
Šiuo Polycom (UK) Ltd deklaruoja, kad šis RMX 4000 atitinka esminius
reikalavimus ir kitas 1999/5/EB Direktyvos nuostatas.
Hierbij verklaart Polycom (UK) Ltd dat het toestel RMX 4000 in
overeenstemming is met de essentiële eisen en de andere relevante bepalingen
van richtlijn 1999/5/EG.
Hawnhekk, Polycom (UK) Ltd, jiddikjara li dan RMX 4000 jikkonforma mal-
Malti [Maltese]:
ħtiġijiet essenzjali u ma provvedimenti oħrajn relevanti li hemm fid-Dirrettiva
1999/5/EC.
Magyar [Hungarian]:
Norsk [Norwegian]:
Alulírott, Polycom (UK) Ltd nyilatkozom, hogy a RMX 4000 megfelel a
vonatkozó alapvetõ követelményeknek és az 1999/5/EC irányelv egyéb
elõírásainak.
Polycom (UK) Ltd erklærer herved at utstyret RMX 4000 er i samsvar med de
grunnleggende krav og øvrige relevante krav i direktiv 1999/5/EF.
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Polski [Polish]:
Niniejszym Polycom (UK) Ltd oświadcza, że RMX 4000 jest zgodne z
zasadniczymi wymaganiami oraz innymi stosownymi postanowieniami
Dyrektywy 1999/5/WE
Português [Portuguese]:
Slovensko [Slovenian]:
Slovensky [Slovak]:
Suomi [Finnish]:
Polycom (UK) Ltd declara que este RMX 4000 está conforme com os requisitos
essenciais e outras disposições da Directiva 1999/5/CE.
Polycom (UK) Ltd izjavlja, da je ta RMX 4000 v skladu z bistvenimi zahtevami
in ostalimi relevantnimi določili direktive 1999/5/ES.
Polycom (UK) Ltd týmto vyhlasuje, že RMX 4000 spĺňa základné požiadavky
a všetky príslušné ustanovenia Smernice 1999/5/ES.
Polycom (UK) Ltd vakuuttaa täten että RMX 4000 tyyppinen laite on direktiivin
1999/5/EY oleellisten vaatimusten ja sitä koskevien direktiivin muiden ehtojen
mukainen.
Svenska [Swedish]:
Härmed intygar Polycom (UK) Ltd att denna RMX 4000 står I
överensstämmelse med de väsentliga egenskapskrav och övriga relevanta
bestämmelser som framgår av direktiv 1999/5/EG.
Regulatory Notices
Russian Communication Certificate
The Polycom RMX™ 4000 complies with the Russian Ministry of Communication requirements stated in
certificate 2795. Expiration date 17/03/2014.
Chinese Communication Certificate
Singapore Certificate
Complies with IDA standards DA101619
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Polycom RMX 4000 Hardware Guide
Table of Contents
Safety Requirements .............................................................................. 1-7
Types of DC Circuit Breakers installed on the
i
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Table of Contents
ii
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1
Hardware Description
This Hardware Guide provides information on the RMX 4000 and its
components. This system utilizes a modular “universal slot” platform,
whose components are designed for high performance, capacity and
reliance.
Main Features
The Polycom RMX 4000 offers the following features:
•
•
•
•
Linux® based
Chassis based on the ATCA standard
Built-in redundancy, hot swappable parts
Physical separation between management and signaling networks,
with high speed switching fabric on the media boards increasing
system bandwidth
•
Support for standard network interfaces (IP, ISDN and LAN) and
large number of ports.
•
•
•
H.323, SIP video, PSTN and ISDN
New hardware technologies
High availability, redundancy, on-line upgrading and dynamic
resource allocation
•
Easy integration of conference elements into external network
management
•
•
•
Enhanced Continuous Presence (multi-image video)
IVR (Interactive Voice Response) module
Resilient multipoint conferencing - Polycom Lost Packet Recovery
(LPR)
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Chapter 1- Hardware Description
RMX 4000 Specifications
Table 1-1 Polycom RMX 4000 Specifications
Physical
Height
Width
6U (26.56 cm.)
19” (48.26 cm.)
15.74” (40 cm.)
Up to 40 Kg.
Depth
Weight
Media Protocols
Audio
G.711, G. 719, G.722, G.722.1, G.729A, G.723.1,
Siren14, Siren 22.
Video
H.261, H.263, H.264.
Network Interfaces
IP, ISDN, PSTN and LAN
H.323, SIP, PSTN, LAN and ISDN.
Power Supply
AC Input/ Range, BTU
Voltage range:100-240 VAC, 7-14 AMP, 50/60
Hz.
BTU output: 5120.
DC Input/Range, BTU
Voltage range:-40.5-60 V DC SELV, with circuit
breaker.
Typical: -48V DC Voltage up to 25 Amp.
BTU output: 4270. Maximum 4600: per hour.
Power Consumption
AC Maximum Power
consumption
1500Watts
1250Watts
DC Maximum Power
consumption
1-2
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Polycom RMX 4000 Hardware Guide
Table 1-1 Polycom RMX 4000 Specifications (Continued)
Environment
Operating temperature
Storage temperature
Relative humidity
Operating altitude
Operating ESD
10°– 40°C (50°– 104°F).
-40°– 70°C (40°– 158°F).
15% - 90% no condensing.
60m below sea level, up to 3,000 m (10,000 ft.).
4kV.
RMX 4000 System Capacities
Conferencing Capacities
The following table summarizes the different system capacities.
Table 1-2 System Functions and Capacities RMX 4000
System Functions
MPM+ Mode MPMx Mode
Maximum number of Video participants in a
conference
160
400
800
180
400
720
Maximum number of PSTN participants in a
conference
Maximum number of VOIP participants in a
conference
Maximum number of Audio calls per second
Maximum number of Video calls per second
Maximum number of Conferences
5
5
2
2
800
2000
80
800
2000
80
Maximum number of Meeting Rooms
Maximum number of Entry Queues
Maximum number of Profiles
80
80
Maximum number of Conference Templates
Maximum number of SIP Factories
200
80
200
80
1-3
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Chapter 1- Hardware Description
Table 1-2 System Functions and Capacities RMX 4000
System Functions
MPM+ Mode MPMx Mode
Maximum number of IP Services
Maximum number of ISDN Services
Maximum number of IVR Services
Maximum number of Recording Links
Maximum number of IVR Video Slides
Maximum number of Log Files (1Mb max.)
Maximum number of CDR Files
1
1
2
2
80
80
20 (default)
150
20 (default)
150
8000
4000
1000
Unlimited
20
8000
4000
1000
Unlimited
20
Maximum number of Fault Files
Number of Participant alerts
Maximum number of concurrent RMX Web
Client connections to the MCU
Maximum number Address Book entries
Maximum number of Users
4000
100
80
4000
100
80
Maximum number of Gateway Profiles
Maximum number of Reservations (internal
Scheduler)
4000
4000
1-4
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Polycom RMX 4000 Hardware Guide
Resource Capacities per Card Assembly
MPMx Card
Two MPMx card assemblies are available: MPMx -S (Single) and MPMx-D
(Double) each offer different resource capacities, as summarized in
Table 1-3 MPMx – Resource Capacity per Card per Resolution (CP Mode)
Resource Type
MPMx - S
MPMx - D
Voice
180
30
15
45
30
15
8
360
60
30
90
60
30
H.263 CIF
H.263 4CIF15
H.264 CIF
SD H.264
HD720p30
HD720p60/
HD1080p30
15
(Symmetrical)
MPM+ Card
Three MPM+ card assemblies are available: MPM+ 80, MPM+ 40 and
MPM+ 20 offering various resource capacities for CP conferences, as
summarized in Table 1-4:
Table 1-4 MPM+ Card Assemblies and Resource Capacities (CP Mode)
Resources
Card
Type
SD
HD720p HD720p HD1080p
Voice CIF
@30fps @30fps
@60fps
@30fps
MPM+ 80
MPM+ 40
MPM+ 20
400
200
100
80
40
20
30
15
7
20
10
5
10
5
10
5
2
2
1-5
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Chapter 1- Hardware Description
Resource Capacities per Card Type (MPM+ and MPMx)
Table 1-5 summarizes resource capacities of the various cards that can be
installed in an RMX per resolution in CP conferencing mode.
Table 1-5 MPMx and MPM+ Resource Capacity per Resolution in CP
Maximum Possible Resources Per Card
Resource Type
MPM+
MPMx
HD720p60/HD1080p30
Symmetric
Not
Applicable
15
HD720p60/HD1080p30
Asymmetric
10
15
HD720p30/ SD 60
SD 30 (H.264)/ 4CIF 60
4CIF (H.263)
20
30
30
60
30
30
CIF (H.264)
80
90
CIF (H.263)
80
60
Audio only (VoIP)
400
360
Table 1-6 summarizes resource capacities of the various cards that can be
installed in an RMX per line rate in VSW conferencing mode.
Table 1-6 MPMx and MPM+ Resource Capacity per Line Rate in VSW
Maximum Possible Resources Per Card
Resource Type
MPM+
MPMx
VSW 2Mbps
VSW 4Mbps
VSW 6Mbps
80
40
20
80
40
20
1-6
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Polycom RMX 4000 Hardware Guide
Safety Requirements
This section describes the requirements your site must meet for safe
installation and operation of the system.
Site Safety Requirements
For your protection, please read these safety instructions completely
before operating the equipment.
•
Look carefully for potential hazards in your work area: moist floors,
ungrounded power cables, frayed power cords, missing safety
grounds and so forth.
•
•
•
•
•
Locate the main circuit breaker within the room.
Locate the emergency power OFF switch within the room.
Never assume that power is disconnected from a circuit.
Use only the power cords supplied with the system.
Each power cord should only be connected to a power outlet that has
a protective ground contact.
•
•
Ensure that power cords are easily accessible from the back of the
system at all times.
Place the equipment in a well-ventilated area where the vents are free
from obstruction.
•
•
•
•
Do not place heavy objects directly on top of the RMX 4000 unit.
Do not use liquids around your equipment.
Keep the area around the RMX 4000 clean and free of clutter.
Decide on a suitable location for the equipment rack that will hold the
RMX 4000 unit. It should be situated in a clean, dust-free area that is
well ventilated. Avoid areas where heat, electrical noise and
electromagnetic fields are generated. You will also need it placed
near a grounded power outlet.
1-7
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Chapter 1- Hardware Description
General Installation Precautions
Attention:
The RMX 4000 can weigh up to 40kg when all slots are occupied. Two people
are required to lift the MCU out of the box and also when installing it in a rack.
•
Use a regulating uninterruptable power supply (UPS) to protect the
RMX 4000 from power surges and voltage spikes, to keep your MCU
operating in case of a power failure. The RMX 4000 requires either
two (DC) or three (AC) power supply cables, each connected to a
power supply.
•
•
Allow the power supply units to cool before touching them.
When handling electronic components, standard anti-static
precautions must be observed:
—
—
Wear a grounding strap
Handle cards by their edges only and do not touch their
components or connector pins
—
Keep components in anti-static bags, when not installed in the
RMX 4000
Rack Mount Safety Precautions
The following precautions should be followed when installing the
RMX 4000 on a rack:
•
The RMX 4000 has a height of 6U. Ensure this space is available on
the rack.
•
Ensure that the leveling jacks on the bottom of the rack are fully
extended to the floor with the full weight of the rack resting on them.
•
•
•
In a single rack installation, stabilizers should be attached to the rack.
In multiple rack installations, the racks should be coupled together.
Always make sure the rack is stable before extending a component
from the rack.
•
•
•
You should extend only one component at a time - extending two or
more simultaneously may cause the rack to become unstable.
Before you install the rails, determine the placement of each
component in the rack.
Install the heaviest components on the bottom of the rack first, and
then work up.
1-8
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Polycom RMX 4000 Hardware Guide
•
Always keep the rack’s trays and card’s slots closed when not
servicing, to maintain proper cooling.
Installing the RMX 4000
The following procedures have to be performed to install the RMX 4000 in
your site:
•
•
•
•
Unpacking the RMX 4000
Installing the RMX in a rack or as a standalone
Connecting the RMX 4000 to the power source
Connecting the network (LAN, IP and ISDN) cables to the RMX
Unpacking the RMX 4000
To unpack and lift the RMX 4000:
1
When you receive the RMX 4000 packing case, inspect the equipment
for damage and verify that the components match the packing slip.
2
The RMX 4000 is shipped in a packing case with Stratocell®
packaging, and the top cover must be unlocked and lifted where the
RMX is placed on the inside of an anti-static plastic bag.
3
Open the top cover of the packing case.
Two boxes are placed on the top Stratocell®, labelled:
—
Installation Accessories. This kit contains the power cables and a
USB Key.
—
Rack Installation Accessories. This kit contains the accessories for
the 19” & 23” racks as follows:
Table 1-7 19” & 23” Rack Installation Accessories Package
Item ID
Description
Quantity
MEC2474A-L0
Chassis runner for rack installation
on the RMX 4000. 19” & 23” racks
both require that these runners be
installed on the rack.
2
MEC2475A-L0
23" bracket to be fitted to the front of
the RMX 4000.
2
1-9
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Chapter 1- Hardware Description
Make sure that boxes contain all the required parts.
Remove the boxes and top Stratocell®.
4
5
Holding the handle on each side, lift the RMX 4000 from the box, and
place it on a flat surface or install it in a rack. Remove any packaging
material prior to positioning the RMX 4000.
Attention:
Two people are required to lift the MCU out of the box and when installing it in a
rack.
1-10
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Polycom RMX 4000 Hardware Guide
Installing the RMX in a Rack or as a Standalone
Either place the RMX 4000 on a hard, flat surface such as a desktop or
mount it on a 19”/23” rack.
Standalone RMX 4000 Installation
Place the RMX 4000 on a flat surface or desktop.
The RMX 4000 must rest on the four feet at the base of the MCU and
must be shifted or moved into position using the two handles
attached to the front.
Rack Mount Preparations
•
Optional - Depending on the rack installed in your site, you may
need to remove the handles if they are attached to the RMX 4000.
Unscrew the handles from the chassis as shown in Figure 1-1,
“Optional - Fast feet and handle removal”.
•
Optional - If the opening in the rack that is allocated to the RMX 4000
is exactly 6U, the feet must be removed from the RMX 4000 to install
it in the rack. Unscrew the feet from the chassis as shown in
Figure 1-1, “Optional - Fast feet and handle removal”.
Figure 1-1 Optional - Fast feet and handle removal
1-11
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Chapter 1- Hardware Description
Placing the RMX 4000 in a 19” Rack
1
When the RMX is to be rack mounted chassis runners must be
installed on the rack as shown in Figure 1-2. Two chassis runners are
included in the Rack Installation Accessories kit and are attached facing
inward from the outside of the 19”/23“rack mount.
Figure 1-2 Installing chassis runners and RMX in a rack
2
Mount the RMX on top of the rack brackets using the blades or
placing it on a rack mount shelf with runners.
1-12
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Polycom RMX 4000 Hardware Guide
3
Fasten the RMX to the rack with 8 screws into the holes provided on
the RMX’s front as shown in Figure 1-3.
Figure 1-3 RMX 4000 Rack Mount
Rack mounting screws must be supplied by the rack’s manufacturer.
The airflow of the RMX 4000 is from right to left. Be sure that the
areas on the left and right side of the system are clear for proper
ventilation.
When the unit is installed on a rack, the rack must be properly grounded to the
central office ground. The rack must be grounded with two-hole compression-
type connectors using copper conductors (tinned or untinned). Wire, bus bar or
braided strap connectors are acceptable.
1-13
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Chapter 1- Hardware Description
Placing the RMX 4000 in a 23” Rack
1
Mounting the RMX 4000 on a 23” rack requires that first the handles
and then the 19” brackets be removed from the MCU. This is shown
Figure 1-4 Removing and attaching 19” and 23” brackets
2
After removal, attach the 23” brackets as provided in the Rack
Installation Accessories kit, and re-install the handles to the 23”
brackets. This is shown in Figure 1-5.
Figure 1-5 Installing the handles and brackets & detailed rear view of 23” bracket
attachment
3
4
Mount the RMX on top of the rack brackets using the blades or place
it on a rack mount shelf with chassis runners.
Fasten the RMX to the rack with 8 screws into the holes provided on
the RMX’s front as shown in Figure 1-3.
1-14
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Polycom RMX 4000 Hardware Guide
The airflow of the RMX 4000 is from right to left. Be sure that the
areas on the left and right side of the system are clear for proper
ventilation.
When the unit is installed on a rack, the rack must be properly grounded to the
central office ground. The rack must be grounded with two-hole compression-
type connectors using copper conductors (tinned or untinned). Wire, bus bar or
braided strap connectors are acceptable.
Reverse Mounting the RMX 4000 in a Rack
It is possible to reverse mount the RMX 4000 in a rack using 19” or 23”
brackets.
To reverse mount the RMX 4000 on a 19” rack:
1
Remove the handles and brackets from the front of the RMX.
2
Attach the brackets to the rear of the RMX.
1-15
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Chapter 1- Hardware Description
3
Place the RMX in a rack and tighten the 8 screws securing the RMX to
the rack.
Connecting the RMX 4000 to Power Sources
You can connect either an AC Inlet or to DC power according to the
power system required at your site:
•
For systems with AC Power, up to three power supplies can be
installed with one being redundant (n+1).
•
For systems with DC Power, up to two power supplies can be
installed with one being redundant (n+1), and each power supply has
a built in circuit breaker. With DC power, slot 10 (the center slot)
must remain unoccupied.
Follow the steps appropriate specified below for your power system.
The following restrictions apply to the conductors and connectors that
may be used to ground the unit when rack mounted:
•
When using bare conductors, they must be coated with an
appropriate antioxidant compound before crimp connections are
made. Tinned, solder-plated or silver-plated connectors do not have
to be prepared in this manner.
•
The same bolt assemblies should not secure multiple connectors.
1-16
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Polycom RMX 4000 Hardware Guide
•
Listed fastening hardware must be compatible with the materials
being joined and must be preclude loosening, deterioration and
electrochemical corrosion of the hardware and joint materials.
Connecting the RMX 4000 to AC Power
•
Do not connect the green or green-yellow wire to the system single-point
ground screw.
•
•
Customers are required to only use AC power cables supplied by Polycom.
The size of the protective earthing conductor should be a minimum of
10AWG.
•
All three outlets intended for connection of the three power cords must be
protected with an external overcurrent protection device either in building or
in the rack with the rating not higher than 20Amp.
•
Do not use an Extension cords with any of the cables.
1
Make sure that the power button is switched OFF on the RMX 4000.
ESD
connector
Ground
connector
Off/On switch
Power Entry Modules
2
Insert the power cables into the power connectors on the rear panel of
the RMX 4000.
1-17
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Chapter 1- Hardware Description
Connecting the RMX 4000 to -48DC SELV Power
1
On the DC Power Rail Modules (PRM’s), set the two circuit breakers
to OFF. For more information on circuit breaker types, see "Types of
2
Ensure that the cables from the Main that supplies electricity to the
DC power units are OFF or disconnected.
3
4
Remove the transparent plastic caps on the terminal block.
Using the two wires of an 10 AWG cable running from the DC power
distribution unit, connect the black wire into the -48 VDC terminal
block and the red wire to the RTN terminal block.
•
•
•
A 10 AWG cable must be used to connect the mains with the RMX 4000 DC
Power Rail Module.
The supply wires for DC version must be terminated using quick
connectors.
Extension cords may not be used.
ESD connector
Ground connector
Circuit breaker - ON
position
Circuit breaker - OFF
position
Blank panel
-48 VDC
RTN
The center PRM slot/module is fitted with a blank panel and the slot cannot be
used on a system with DC Voltage.
1-18
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Polycom RMX 4000 Hardware Guide
5
Connect the green or green-yellow wire to the system single-point
M6x15 “Ground” bolt.
The rating of the protective earthing conductor should be a minimum of 10AWG.
If the unit is rack mounted, the single-point ground on the MCU must
be connected to the rack with a single conductor and fixed as to
prevent loosening.
When using bare conductors, they must be coated with an
appropriate antioxidant compound before crimp connections are
made. Tinned, solder-plated or silver plated connectors do not have
to be prepared in this manner.
6
Replace the transparent plastic cap on the terminal block.
7
Turn ON the circuit breaker on each of the DC Power Rail Modules.
Types of DC Circuit Breakers installed on the
RMX 4000
On the RMX, 2 types of circuit breakers may be installed:
•
•
ON/OFF circuit breaker - Type A
ON/OFF circuit breaker with locking mechanism - Type B
Table 1-8 Circuit Breaker Types
Type A Type B
1-19
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Chapter 1- Hardware Description
Connecting Cables to the RMX 4000
To connect the cables (AC and DC systems):
•
RTM-IP 4000:
—
—
—
Connect the Management Network cable to LAN 2.
Connect the Signalling cable to LAN 3.
Connect the Shelf Management cable to LAN 6.
•
•
For each installed RTM LAN - Connect the LAN cable to LAN 2.
For each installed RTM ISDN:
—
—
Connect the E1/T1 cables to their PRI Ports.
Connect the LAN cable to LAN 1.
LAN Connections to RTM LAN
E1/T1 Connection to RTM ISDN
Signalling
Network
Management
Network
Shelf
Manage-
ment
Off/On
switch
Power Cables
Figure 1-6 RMX 4000 Rear Panel View with AC Power and Communication
Cables
•
•
LAN 4, LAN 5 and the Serial ports are only for debugging and not for
customer use.
Do not remove the protective plastic caps from LAN 1, LAN 4 and LAN 5
ports.
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Polycom RMX 4000 Hardware Guide
For more information about specific card connections, see:
•
•
•
First-time Power-up
1
For first entry installation, you must insert the USB key containing the
modified IP addresses in USB port on the RMX’s back panel.
For more information about modifying the lan.cfg file on the USB key, and using
the USB key, see the RMX 2000/4000 Getting Started Guide, "Procedure 1:
First-time Power-up” on page 2-14
2
AC System - Turn ON the power by pressing on the power switch
located on the rear panel of the RMX 4000.
DC System - Turn ON the Main that supplies power to the RMX and
then turn ON the circuit breaker on the each of DC power rail
modules.
The parameters in the lan.cfg file are uploaded from the USB key to
the RMX’s memory and applied during the power-up sequence.
System power-up sequence may take up to five minutes.
During the First-time Power-up the red ERR LED on the RMX’s front
panel remains ON until both the Management and IP Network Services
have been defined.
When the RMX's configuration is completed (including the
Management and IP Network Services), and if there are no System
Errors, the green RDY LED on the CNTL module (on the RMX’s front
panel) turns ON.
3
Remove the USB key.
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Chapter 1- Hardware Description
RMX 4000 Components
On the RMX 4000 components are located on both the front and rear of the
MCU as listed in Table 1-9, "Polycom RMX 4000 Component Description".
RMX 4000 Front Panel
The front panel provides access to the RMX 4000 main CNTL 4000
module, Fabric Switch Module (FSM 4000), MPM+/MPMx modules,
the front panel of the RMX 4000 fitted with AC Power supplies.
MPM+/MPMx Cards & LEDs
Fan Drawer
Fan &
Power
Status
LEDs
Fabric Switch
Module (FSM
4000)
Logo Panel &
ESD connector
Optional CPU
(Future)
Power Supply Drawers
and Status LEDs
Control Unit
(CNTL 4000) &
LEDs
Figure 1-7 RMX 4000 AC Front View
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Polycom RMX 4000 Hardware Guide
Figure 1-8 shows the front panel of an RMX 4000 DC system.
MPM+/MPMx Cards & LEDs
Fan Drawer
Fan &
Power
Status
LEDs
Logo
Panel &
ESD
connector
Optional CPU
Control Unit (CNTL
4000) & LEDs
Blank Panels
Fabric Switch Module
(FSM 4000)
(Future)
Figure 1-8 RMX 4000 DC Front View
Table 1-9 Polycom RMX 4000 Component Description
Component
Description
CNTL 4000 (CPU)
Module
The CNTL4000 module controls and manages the
RMX 4000. The CNTL 4000 module has an ComExpress
Pentium-M 1.4GHz processor, a hard disk drive, Compact
Flash and DDR RAM.
The Operating System is Linux.
Fabric Switch
Module (FSM
4000)
The Fabric Switch Module performs media processing
functions on the RMX 4000 unit. This card is managed by
the RTM-IP 4000.
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Chapter 1- Hardware Description
Table 1-9 Polycom RMX 4000 Component Description (Continued)
Component
Description
AC/DC Power
Supply Modules
The AC Power Supply drawers are located below the
MPM+/MPMx Cards and are connected to the backplane
by means of a power connector. Operating at 100-240
volts AC 50/60 Hz all power supplies have built-in load
sharing capabilities.
On systems with DC current, the Power Rail Module
(PRM) provides direct current to the rear of the RMX
through the backplane.
Fan Drawer
Eight fans are mounted sideways and stacked in a
drawer. The drawer is connected to the Back-plane by a
connector.
Airflow is from right to left, and out the side of the MCU.
Each time a board temperature sensor passes one of its
thresholds an event is sent to the ShelfManager,
whereupon an threshold alert is posted on the RMX
Manager, and increases the fans speed. There are
currently 3 sets of thresholds: Normal, Major and Critical.
When the temperature reaches a critical threshold (and
the fan’s speed increase did not resolve the issue), the
controller of the relevant board initiates a shut down.
Multi Processor
Module+ (MPM+)
Card
The MPM+ cards, perform the various RTP, audio and
video processing functions on the RMX 4000 unit. TI
C6455 processors are at the core of each MPM+ card
which are available in the following assemblies:
•
•
•
MPM+20 (20 CIF resources)
MPM+40 (40 CIF resources)
MPM+80 (80 CIF resources)
Note: An MPM+ located (on the front panel) must face
opposite (same slot level) an RTM LAN card (installed on
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Polycom RMX 4000 Hardware Guide
Table 1-9 Polycom RMX 4000 Component Description (Continued)
Component
Description
Multi Processor
Module x (MPMx)
Card
The MPMx cards, perform the various RTP, audio and
video processing functions on the RMX 4000 unit. TI
processors are at the core of each MPMx card which are
available in the following assemblies:
•
•
MPMx -S
MPMx -D
Note: An MPMx located (on the front panel) must face
opposite (same slot level) an RTM LAN card (installed on
MPM+ and MPMx Media Cards
The RMX unit can work with either MPM+ or MPMx (but not with both
simultaneously) media cards. The card type installed in the system
determines the Card Configuration Mode.
ISDN support is the same for all card types.
G.719 audio algorithm is not supported with MPMx.
Card Configuration Mode Selection During Startup / Restart
When the MCU is started with Version 7.0.x installed and no media cards,
the RMX is set to MPMx Card Configuration Mode by default.
•
The RMX switches between MPMx and MPM+ Card Configuration Modes
when MPM+/MPMx cards are removed or swapped while the system is
running.
•
•
The switch between Card Configuration Modes occurs during the next
restart.
Installing or swapping MPM+/MPMx cards while the system is off will not
cause a switch in the Card Configuration Mode when the system is restarted
– it will restart in the Card Configuration Mode that was active previous to
powering down.
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Chapter 1- Hardware Description
RMX 4000 Rear Panel
The RMX 4000 rear panel contains the RTM-IP 4000 card and either (or
both) RTM ISDN/RTM LAN card(s). In order for an MPM+/MPMx card
to function (i.e. video) one of the RTM boards, either a LAN or ISDN card
MUST be present in a rear panel slot opposite to an MPM+/MPMx card.
A single RTM-IP 4000 card must also be located on slot 17 in the rear of
the RMX 4000. In addition, the rear panel houses the main AC power
switch, AC Power Entry Modules (PEMs) or DC Power Rail Modules
(PRMs), and additional communications ports.
RTM ISDN Card
RTM LAN Cards
RTM-IP 4000 Card
Blank panel - NA
Off/On switch
Power Entry Modules
Figure 1-9 RMX 4000 AC Rear View
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Polycom RMX 4000 Hardware Guide
RTM ISDN Card
RTM LAN Cards
RTM-IP 4000 Card
Blank panel - NA
Blank panel
Power Rail
Module
Circuit
Switch
Power Rail
Module
Circuit
Switch
Figure 1-10 RMX 4000 DC Rear View
RTM-IP 4000
A single RTM-IP 4000 card provides system management based on the
ATCA standard and connects to the backplane. Through the shelf
manager, it controls and monitors the system fans and regulates the AC
power supplies. This card contains an Ethernet Switch that manages the
network of the system, routes data between the cards and components of
the system and provides connectivity to external IP networks.
On the RMX 4000 when upgrading from MPM/MPM+ to MPMx on the RTM-IP
4000 all connections require Ferrite cables.
The RTM-IP 4000 card connections include:
•
•
•
6 LAN ports
1 Serial port (Future Use)
1 USB port
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Chapter 1- Hardware Description
LAN 1- Modem
Connection &
LEDs
LAN 6- 10/100Mb ShMG (Shelf
Manager) & LEDs
USB
Port
LAN 2-
Management Net-
work & LEDs
Standby button
& LED
LAN 3 -
Signalling
network
LAN 4, 5 -
Empty
Internal LAN
connection
LEDs
Serial Port
Figure 1-11 RMX 4000 RTM-IP 4000 Rear Panel Layout
•
•
LAN 4, LAN 5 and the Serial ports are only for debugging and not for
customer use.
Do not remove the protective plastic caps from LAN 1, LAN 4 and LAN 5
ports.
The following items appear on the RMX 4000 rear panel:
Table 1-10 RMX 4000 Rear Panel - RTM-IP 4000 Component Description
Item
Description
LAN 1
Modem connection.
Note: LAN 1 is covered with a plastic cap that should not
be removed.
LAN 2 (CNTL
4000/CPU 1)
Management network/Web Client connection.
LAN 3 (CNTL
4000/CPU 1)
Signalling network, for Gatekeeper, Proxy or endpoint
connections.
LAN 4-5 (CNTL
4000/CPU 2)
Empty.
LAN 6
Serial
Shelf Manager connection.
A 10/100 ShMG Shelf Manager connection.
For debugging purposes only.
USB
USB key connection - TBD.
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Polycom RMX 4000 Hardware Guide
Table 1-10 RMX 4000 Rear Panel - RTM-IP 4000 Component Description
Item
Description
Standby button
Toggle between CPU activation and standby.
RTM ISDN
The RTM ISDN card connects directly to anMPM+/MPMx. The
RTM ISDN card routes data between the MPM+/MPMx cards and
components of the system, converts ISDN T1/E1 media to IP packets and
provides connectivity to external ISDN networks.
The RTM ISDN card is installed on the rear panel of the RMX interfaces
between the RMX unit and the ISDN/PSTN switch. In an RMX with a
single MPM+/MPMx card – the RTM ISDN card must be installed in the
rear panel slot on the same level as the MPM+/MPMx card. In an RMX
with at least two MPM+/MPMx cards – the RTM ISDN card can be
installed in any two rear panel card slots.
Up to two RTM ISDN cards can be installed in one RMX 4000. Up to a
total of 14 E1 or 18 T1 PRI cables can be installed with two RTM ISDN
cards.
Each RTM ISDN card includes the following connections:
•
•
1 LAN port
7 E1 or 9 T1 PRI lines that can be plugged into any of the 12
E1 and T1 spans cannot nbe connected simultanously to the same card,
therefore, it is not possible to have a mixed E1 and T1 ISDN Network Service.
E1/T1 connections & LEDs
LAN & LEDs
H/S (Hot-swap) LED
Figure 1-12 RMX 4000 RTM ISDN Rear Panel Layout
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Chapter 1- Hardware Description
ISDN/PSTN Clock Source
Each RTM ISDN card has its own primary and secondary clock source.
The first span to synchronize becomes the primary clock source and the
second span to synchronize becomes the secondary clock source. This
clock is used to synchronize ISDN spans only (it is not the system clock).
A single clock source triggers an alarm that can be turned off by setting
the appropriate flag in the system configuration.
RTM LAN
The RTM LAN card routes data between the MPM+/MPMx cards and
components of the system, sends media by IP packets and provides
connectivity to external networks.
An RTM LAN card must connect directly to an MPM+/MPMx card. In an
RMX with a single MPM+/MPMx card, the RTM LAN card must be
installed in the rear panel slot on the same level as the MPM+/MPMx
card.
Each RTM LAN card includes 2 LAN ports and a maximum of four
RTM LAN cards can be installed on the RMX 4000.
2 LAN Connections &
LEDs
Figure 1-13RMX 4000 RTM LAN Rear Panel Layout
AC Power Entry Module (PEM)
An AC PEM includes a power inlet, EMI filter and backplane connectors.
Power input to the system is fed via a PEM (Power Entry Module)
through backplane into the power supply. Each AC power module has its
own dedicated power cable. The ON/OFF switch on the rear of the RMX
activates any power module installed on the RMX. An AC system has
three AC PEMs, one for each power module. On failure, both AC power
supplies and PEMs are hot swappable.
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Polycom RMX 4000 Hardware Guide
DC Power Rail Module
A DC power rail module includes a power inlet, circuit breaker, EMI filter
and backplane connectors. Power input to the system is fed via a power
rail through backplane into the power supply. Each DC power rail has its
own dedicated power cable. The circuit switch on the rear of the RMX
activates independently any power rail installed on the RMX. An DC
system has two DC rails, one for each power rail. On failure, a DC power
rail is field replaceable and the RMX must be switched OFF from the two
circuit switches and the mains.
Component Slot Allocation
On the RMX™ 4000, components have been assigned dedicated slots as
defined in Table 1-11. Slot numbers are located on both the front and rear
of the RMX™ 4000.
Table 1-11 RMX™ 4000 Slot Numbering
Slot ID/No. Card/Component
Requirement
1-4
5
MPM+/MPMx
Cards
Mandatory: At least 1 MPM+/MPMxcard
is required. Each media card also
requires either an RTM ISDN or an RTM
LAN card.
Fabric Switch
Module (FSM
4000)
Mandatory
6
7
8
CPU 2
Not Available (NA)
Not Available (NA)
Mandatory
Logo Panel
CTNL 4000 unit
(CPU 1)
9-11
AC Power Supply
An RMX with AC power has 3 power
supplies installed. A 3rd power supply is
redundant (n+1).
Note: Not used with DC powered
systems. DC powered systems receive
Direct Current from the power rail .
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Chapter 1- Hardware Description
Table 1-11 RMX™ 4000 Slot Numbering
Slot ID/No. Card/Component
Requirement
12
Fan Drawer
Mandatory
13-16
RTM ISDN/RTM
LAN
Either an RTM ISDN or an RTM LAN
card is mandatory in combination with a
Media card. The RTM ISDN/RTM LAN
board must be inserted in a slot opposite
any MPM+/MPMx card.
17
RTM-IP 4000
Blank Panel
Mandatory
18
Not Available (NA)
19-21
Power Modules
Mandatory:
With AC power, 3 power supplies are
installed, with the 3rd redundant.
With DC power, 2 power supplies are
installed with the 2nd redundant. The
center slot (#20) on the rear of the RMX
4000 is disabled and is fitted with blank
panel.
Note: Protective bonding conductor size
is 14AWG (1.5mm) within the Power
Entry Model.
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Polycom RMX 4000 Hardware Guide
RMX 4000 LEDs
The RMX includes LEDs located on the front panel and rear panel. In the
front panel, the LEDs reflect the state of the components. The LEDs on the
rear panel indicate the state of the external connections and the status of
the RTM-IP 4000 card.
RMX 4000 Front Panel LEDs
The following items appear on the RMX 4000 front panel:
Table 1-12 RMX 4000 Front Panel LED’s
Component
LED ID LED Color Description
Fan Status
Green
Red
OK.
Warning - Fan or power failure.
OK.
Power Module/
Rail Status (AC
only)
AC
Green
Red
Error - Problem with power supply.
When the power cable is
unplugged, the FAIL LED is lit 2-3
seconds before turning OFF.
DC
(OK)
Green
Red
OK.
DC
(FAIL)
Error - Problem with power supply.
When the power cable is
unplugged, the FAIL LED is lit 2-3
seconds before turning OFF.
OFF - all
3 LED’s
In case of a power failure (main/
cable/module) all 3 LED’s are OFF.
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Chapter 1- Hardware Description
Table 1-12 RMX 4000 Front Panel LED’s (Continued)
Component LED ID LED Color Description
Fabric Switch
Module (FSM
4000)
ERR
RDY
Red
ON - Major error on card.
Flashes - During card startup.
Green
ON - The card has completed
startup successfully.
Flashes - During card startup.
ACT
Amber
ON - At least one participant is
connected to a conference.
Flashes - During card startup.
MPM+/MPMx
Card
ERR
RDY
Red
ON - Major error on card.
Flashes - During card startup.
Green
ON - The card has completed
startup successfully, after the ERR,
RDY & ACT LED’s have stopped
flashing.
Flashes - During card startup.
ACT
HS
Amber
Blue
ON - At least one participant is
connected to a conference.
Flashes - During card startup.
Flashes - Shut down process
initiated by lightly pulling the CPU
ejector levers. This LED flashes in
synchronization with the CNTL
4000’s card’s HS LED.
ON - Card is in a power down
mode.
Card removal Initiated - The card
can be removed safely once the
CPU ejector levers are fully open.
Card Insertion Initiated - If during
the startup phase the blue HS LED
remains lit, please ensure that the
card is properly seated in the
chassis. If this problem persists,
contact your next level of support.
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Polycom RMX 4000 Hardware Guide
Table 1-12 RMX 4000 Front Panel LED’s (Continued)
Component LED ID LED Color Description
CNTL 4000 Unit ERR
Red
ON - Major system error. In case of
an active alarm this light is ON, and
the RDY green is OFF.
OFF - Normal.
Flashes - During system startup.
RDY
Green
ON - CPU card has successfully
completed startup. This light turns
green after completing the entire
system configuration.
OFF - Turns OFF when the ERR
red LED is activated.
Flashes - During system startup.
ACT
Amber
ON - At least one endpoint is
connected to the system.
Flashes - During system startup.
HD
HS
Red
Blue
OFF - Normal.
Flashes - Hard disk is active.
Flashes - Indicates when the
power down process is initiated on
an MPM+/MPMx card. This LED
flashes in synchronization with the
MPM+/MPMx’s cards HS LED.
OFF - Normal
ON - CPU may be removed.
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Chapter 1- Hardware Description
RMX 4000 Rear Panel LEDs
RTM-IP 4000
The following LEDs appear on the RTM-IP 4000 card:
Table 1-13 RMX 4000 RTM-IP 4000 LEDs
LED
Name
Component
LED Color Description
LAN LEDs (1-6)
LNK
Green
Amber
Green
Amber
Green
Amber
Blue
ON with an active network
connection, flickers with Packet
activity.
1 Gb
ON with a 1Gb online
connection, flickers with Packet
activity.
10/100Mb
ShMG LEDs
(LAN 6)
LNK
ON with an active network
connection, flickers with Packet
activity.
100
ON when the active network is
10/100Mb, flickers with Packet
activity.
SLOT (1-6)
LEDs
LNK (1-4)
1Gb (1-4)
ON with an active network
connection, flickers with Packet
activity.
ON with a 1Gb online
connection, flickers with Packet
activity.
Standby LED
ON - CPU & System are in a
standby (OFF) mode.
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Polycom RMX 4000 Hardware Guide
Table 1-13 RMX 4000 RTM-IP 4000 LEDs (Continued)
LED
Name
Component
LED Color Description
ShMG (Shelf
Manager) LEDs
ERR
ACT
RDY
HS
Red
ON - Major error on RTM-IP
4000 card.
Flashes - During system
startup.
Red
ON - Packet flow to and from
the MCU chassis.
Flashes - During system
startup.
Green
Blue
ON - RTM-IP 4000 card has
successfully completed startup.
Flashes - During system
startup.
OFF - Normal.
Flashes - During power down
process.
ON - RTM-IP 4000 card may be
removed.
RTM LAN
The following LEDs appear on the RTM LAN:
Table 1-14 RMX 4000 RTM LAN LEDs
LED
Name
Function Name
LED Color Description
LAN 1 & 2 LEDs
LNK
Green
Amber
ON with an active network
connection, flickers with Packet
activity.
1 Gb
ON when 1Gb connection is
online, flickers with Packet
activity.
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Chapter 1- Hardware Description
RTM ISDN
The following LEDs appear on the RTM ISDN:
Table 1-15 RMX 4000 RTM ISDN LEDs
LED
Name
Function Name
LED Color Description
LAN LEDs (LAN
1-6)
LNK
Green
Amber
Blue
ON with an active network
connection, flickers with Packet
activity.
1 Gb
H/S
ON when 1Gb connection is
online, flickers with Packet
activity.
ShMC LED
OFF - Normal.
Flashes - This LED is activated
when the MPM+/MPMx card
Hot Swap functionality initiates
a power off routine on the
MPM+/MPMx cards.
ON - Power on the RTM ISDN
card has been switched OFF.
This LED is activated by the
card when the MPM+/MPMx’s
card Hot Swap functionality
powers off the MPM+/MPMx
cards.
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2
Component Replacement
The RMX 4000 is designed with ease of maintenance in mind. Most
components are swappable and are accessible directly via the front panel
or the rear panel.
The MPM+/MPMx, power supplies and Fan tray are Hot Swappable. The Fan
tray must be replaced immediately or the temperature spike in the RMX shall
initiate a shutdown. The RTM-IP 4000, RTM ISDN, RTM LAN, Fabric Switch
Module (FSM) 4000 and the CTNL 4000 are not Hot Swappable. System
shutdown is required when replacing the RTM-IP 4000, RTM ISDN, RTM LAN,
FSM 4000 and the CTNL 4000.
The following components can be replaced when they are faulty:
•
•
•
•
•
•
•
•
•
•
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Chapter 2- Component Replacement
•
Warning!
•
All maintenance tasks are to be performed by qualified, authorized personnel.
•
•
Use only replacement parts supplied by your dealer.
Follow all procedures. Do not skip any steps.
Before replacing parts:
•
To ensure a part needs replacing, complete the troubleshooting
procedures.
•
•
•
Identify exactly which part needs replacing.
Make sure you have the correct replacement part on hand.
Make sure you are using proper ESD equipment, to prevent damage
to the system.
Note! On all cards, if during the startup phase the blue HS LED remains lit,
please make sure that the card is properly seated in it’s slot. If this problem
persists, contact your next level of support.
2-2
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Polycom RMX 4000 Hardware Guide
Using the Modified PMC Compatible Ejector Lever
On the RMX 4000 most components are fitted with identical ejector levers
that are used to release or fasten the component’s to their slot.
This ejector lever can be moved to 3 positions:
•
Closed/Locked - Ejector lever(s) are gently pushed up against the
card’s panel and is locked. Ensure that the lock catch is in the
standard closed position (shifted to the right as shown below).
Closing the Lever - Make sure that the lever is in
an open position and push card close to the
chassis till the lever engages. With your index
finger holding the “handle” and your thumb holding
the catch fully to left, push the card against the
chassis whilst closing the lever. Use your thumb to
insert the card into place by pushing your thumb to
the right and closing the catch into a locked
position. Make sure that the lever is locked.
Unlocking the Lock Catch - With your index
finger holding the “handle” and your thumb shifting
the catch to left, gently pull the handle away from
Handle
the chassis until the lever is “fully open”
•
Partially Open - For card powering down mode. Partially open the
ejector lever(s) until the blue HS LEDs on the card and the Control
Unit start flashing. When the HS LED is constantly lit the card is in a
powered down mode and you can remove the card.
Warning!
Once the removal sequence is initiated the process cannot be terminated and
the HS led flashes when activated.
•
Fully Open - In this position the card is released from the MCU
housing and can be removed.
Lever Fully Open - Pull the lever handle(s) to a fully
open position (approx. 70 degrees), as shown here
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Chapter 2- Component Replacement
Replacing the CNTL 4000 Module
The CPU module is the management system of the RMX 4000. Use the
following procedure to replace a CNTL 4000 Module:
1
2
3
4
Ensure that the power switch/circuit switch on the RMX 4000 is
turned OFF (O).
Unscrew the captive screws on the front panel of the CNTL 4000
Module that secure the module to the chassis.
Use the metal ejector lever to pull the CNTL 4000 Module out of its
slot in the Backplane.
Carefully slide the CNTL 4000 Module out through the front panel.
Captive screws
5
On the CNTL 4000 Module to be installed, move the ejector lever to
the fully open position.
6
7
Slide in the replacement CNTL 4000 Module.
Push the CNTL 4000 Module firmly into the Backplane, making sure
it is properly seated in its slot.
8
9
Ensure that the metal ejector lever is fully retracted into it’s housing.
Tighten the captive screws on the front panel of the CNTL 4000
Module that secure the CNTL 4000 Module to the chassis.
10 Turn ON the RMX 4000.
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Polycom RMX 4000 Hardware Guide
Replacing an AC Power Supply Module
Two units supply power to the RMX 4000 (3rd optional - AC only), each
unit with its own power cord. Use the following procedure to replace a
Power Supply unit:
Please verify the type of power supply used on your RMX 4000. Do not insert a
different type of power supply than the current type installed on your system.
1
2
Unscrew the captive screws on the front panel of the Power Supply
unit that secures the unit to the chassis.
Using your right hand, press your thumb on the pressure latch and
with your fingers inserted in the hand grip (on top), pull the Power
Supply unit out.
Place thumb
here
Finger grip
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Chapter 2- Component Replacement
3
Carefully slide the Power Supply unit out from the front slot.
4
5
Slide in the replacement Power Supply unit.
Push the Power Supply unit firmly into the Backplane, making sure it
is properly seated in its slot, and that the latch is in a locked position.
6
Tighten the captive screws on the front panel of the Power Supply
unit to the chassis.
Replacing an AC Power Entry Module (PEM)
On the rear of the RMX three AC PEM’s are fitted, each with their own
power cord.
Use the following procedure to replace a Power Entry Module (PEM):
Please verify the type of PEM used on your RMX 4000. Do not insert a PEM of
a different type on your system.
1
2
Unplug the Power cord connected to the failed PEM unit.
Unscrew the captive screws on the rear panel of the PEM unit that
secures the unit to the chassis.
3
Using the handle fitted to the PEM, pull the PEM unit out.
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4
Carefully slide the PEM unit out from the rear slot.
5
6
Slide in the replacement PEM unit.
Push the PEM unit firmly into the Power Supply, making sure it is
properly seated in its slot.
7
Tighten the captive screws on the rear panel of the PEM unit to the
rear chassis.
Replacing a DC Power Rail Module (PRM)
On the rear of the RMX 4000 two DC Power Rail Modules are fitted, each
with their own power cord.
Use the following procedure to replace a DC Power Rail Module:
•
Please verify the type of PRM used on your RMX 4000. Do not insert a
Power Rail Module of a different type on your system.
•
When replacing a DC Power Rail Module:
On the Mains, disconnect the electricity that supplies direct current running
through the power cable to the failed DC PRM.
1
Turn OFF the circuit switch on the each of the DC PRMs and from the
Mains.
2
3
Verify that DC PRM unit you are about to replace on the RMX 4000 is
not HOT or has any Live current feed.
Remove the plastic cap fitted to the Terminal block that protects the
direct current connections.
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Chapter 2- Component Replacement
4
5
6
Using a star screw driver, disconnect the two wires connected to the
Terminal block (-48 VDC & RTN) of the failed DC PRM unit.
Unscrew the captive screws on the rear panel of the PRM unit that
secures the unit to the chassis.
Using the handle fitted to the DC PRM, pull and slide the PRM unit
out.
7
8
Slide in the replacement PRM unit.
Push the PRM unit firmly into the chassis, making sure it is properly
seated in its slot.
9
Tighten the captive screws on the rear panel of the PRM unit to the
rear chassis.
10 Connect the black wire into the -48 VDC terminal block and the red
wire to the RTN terminal block and tighten the two screws.
11 Replace the transparent plastic cap on the terminal block.
12 Turn ON the Main that supplies power to the RMX.
13 Turn ON the circuit breaker on each of the DC Power Rail Modules.
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Replacing the Fan Drawer
Eight fans are mounted in the Fan drawer, where the airflow is from right
to left. Should one of these fans fail as indicated by a Fan LED, you are
required to replace the Fan drawer.
1
Unscrew the captive screws on the front panel of the Fan drawer
secured to the Fan chassis.
2
Use the finger grip, pull the Fan drawer out of its slot in the
Backplane.
Finger
grip
3
Carefully slide the Fan drawer out through the front panel.
Warning!
The Fan drawer can be replaced when the RMX unit is ON, however a
replacement drawer must be inserted immediately. The temperature increase is
detected by the system, when critical, a system shutdown is initiated.
4
Slide in the replacement Fan drawer.
5
Push the Fan drawer firmly into the Backplane, making sure it is
properly seated in its slot.
6
Tighten the captive screws on the front panel of the Fan drawer to the
chassis.
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Chapter 2- Component Replacement
Inserting an Air Filter (Optional) in the Fan Drawer
In the fan drawer, an Air Filter can be added as an option. You must order
this part through your next level of support.
1
Ensure that the power switch/circuit switch on the RMX 4000 is
turned OFF (O).
Warning!
The air filter cannot be replaced when the RMX 4000 unit is ON.
2
Unscrew the captive screws on the front panel of the Fan drawer
secured to the Fan chassis.
3
Use the finger grip, pull the Fan drawer out of its slot in the
Backplane.
Finger
grip
4
Carefully slide the Fan drawer out through the front panel.
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5
Open the filter tray, by unscrewing two screws on the tray.
6
7
8
9
Insert the air filter into the filter tray.
Close the filter tray, by tightening the two screws on the tray.
Insert and slide in the Fan drawer.
Push the Fan drawer firmly into the Backplane, making sure it is
properly seated in its slot.
10 Tighten the captive screws on the front panel of the Fan drawer to the
chassis.
11 Turn ON the RMX 4000.
It is recommended that the air filter be replaced or cleaned every six months.
Replacing an Faulty MPM+/MPMx Card
On the RMX 4000 when upgrading from MPM/MPM+ to MPMx on the RTM-IP
4000 all connections require Ferrite cables.
Removing the MPM+/MPMx Card from the MCU
All MPM+/MPMx cards can be installed or removed while the RMX 4000
is powered on and operating.
Prior to removing an MPM+/MPMx card the captive screws must be
unscrewed and the ejector levers must be opened to initiate a “power
down” on the card.
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Chapter 2- Component Replacement
1
2
If applicable, loosen the captive screws and remove the slot cover.
Power down the card by partially opening the ejector levers until the
blue HS LED on the card and the Control Unit start to flash.
Warning!
Once the removal sequence is initiated the process cannot be terminated and
the HS LED flashes.
3
The power off sequence for the interconnected MPM+/MPMx and
RTM ISDN cards are initiated as follows:
—
—
—
All participant connections on the card are disconnected.
A fault is generated on the system.
For each disconnected participant, a participant disconnection
event is written to the CDR with the disconnection cause
Disconnected by Operator.
—
—
New participant connections are blocked when the card is
removed.
If an RTM ISDN card is connected to the MPM+/MPMx card it is
also powered off and all ISDN and PSTN participants are
disconnected.
—
—
—
When an RTM ISDN card is removed, its resources are deducted
from the Resource Report.
A Log File entry is written indicating MPM+/MPMx card
removal.
Port usage is re-calculated and the Port Gauges and Video/Voice
Port Configuration dialog box are updated.
4
When the blue HS LEDs on the MPM+/MPMx, RTM ISDN and
Control Unit stop flashing and remain lit, unscrew the captive screws
and move the ejector levers to their fully open position and remove
the MPM+/MPMx card.
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5
Carefully slide the MPM+/MPMx card out through the front panel.
Installing the Replacement MPM+/MPMx Card
1
On the card to be installed, move the ejector levers to their fully open
position.
2
3
Slide in the replacement MPM+/MPMx card.
Push the MPM+/MPMx card firmly into the Backplane, making sure
it is properly seated in its slot.
4
5
Ensure that the metal ejector levers are fully retracted into their
housings.
Tighten the captive screws on the front panel of the RMX that secure
the MPM+/MPMx card to the chassis.
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Chapter 2- Component Replacement
Installing an MPM+/MPMx Card on the RMX 4000
On the RMX 4000 when upgrading from MPM/MPM+ to MPMx on the RTM-IP
4000 all connections require Ferrite cables.
1
2
If applicable, loosen the captive screws and remove the slot cover.
On the card to be installed, move the ejector levers to their full open
position.
3
4
Insert the card into the slot until the ejector levers touch the front
edge of the card cage.
Push the ejector levers to their closed position and tighten the captive
screws on each side of the card, securing the MPM+/MPMx card to
the RMX.
The blue HS LEDs on the MPM+/MPMx card and the Control Unit
start flashing and the power on cycle for the card is initiated:
—
—
The card’s resources are added to the system resources list
The number of available ports on the RMX is increased to the
current CFS license level
—
Port usage is re-calculated and the Port Gauges and Video/Voice
Port Configuration are updated
When the power on cycle of the MPM+/MPMx card is completed,
the blue HS LEDs will turn OFF. The green RDY LED on the MPM+/
MPMx card switches on and remains lit.
Replacing the RTM ISDN Card
1
Ensure that the power switch/circuit switch on the RMX 4000 is
turned OFF (O).
2
3
4
Remove the cables connected to the card.
Unscrew the captive screws that fasten the card to the MCU.
Remove the RTM ISDN card. Use the metal ejector levers to pull the
RTM ISDN card out of its slot in the backplane.
5
Carefully slide the RTM ISDN card out through the front panel.
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6
On the card to be installed, move the ejector levers to their fully open
position.
7
8
Slide in the replacement RTM ISDN card.
Insert the card into the slot until the ejector levers touch the front
edge of the card cage.
9
Push the ejector levers to their fully closed position.
10 Tighten the captive screws on each side of the rear panel of the card,
securing the RTM ISDN card to RMX.
11 Connect the RJ-45 terminated PRI cables into any of the slots labeled
PRI1 - PRI12:
PRI Cables
7 E1 or 9 T1 cables can be connected to each RTM ISDN card, up to a
total of 14 E1 or 18 T1 PRI cables when a maximum of two RTM ISDN
cards are installed.
12 Turn ON the RMX 4000.
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Chapter 2- Component Replacement
Replacing the RTM-IP 4000
RTM-IP 4000 connections require Ferrite cables when connecting to MPMx
cards.
The RTM-IP 4000 card on the rear of the RMX 4000 provides connectivity
to all the MCU modules. Use the following procedure to replace the
RTM-IP 4000 card:
1
Ensure that the power switch/circuit switch on the RMX 4000 is
turned OFF (O).
2
3
Remove the cables connected to the card.
Unscrew the captive screws on the rear panel of the RMX 4000 that
secure the RTM-IP 4000 card.
4
Use the metal ejector levers to pull the RTM-IP 4000 card out of its
slot in the backplane.
5
6
Carefully slide the RTM-IP 4000 card out through the rear panel.
On the card to be installed, move the ejector levers to their fully open
position.
7
8
Slide in the replacement RTM-IP 4000 card.
Push the RTM-IP 4000 card firmly into the backplane, making sure it
is properly seated in its slots.
9
Ensure that the metal ejector levers are fully retracted into their
housings.
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10 Tighten the captive screws on the rear panel of the RMX 4000 that
secure the RTM-IP 4000 card.
11 Reconnect the cables.
12 Turn ON the RMX 4000.
Replacing the RTM LAN
The RTM LAN card on the rear of the RMX 4000 provides connectivity to
all the MCU modules. Use the following procedure to replace the RTM
LAN card:
1
Ensure that the power switch/circuit switch on the RMX 4000 is
turned OFF (O).
2
3
Remove the cables connected to the card.
Unscrew the captive screws on the rear panel of the RMX 4000 that
secure the RTM LAN card.
4
Use the metal ejector levers to pull the RTM LAN card out of its slot
in the backplane.
5
6
Carefully slide the RTM LAN card out through the rear panel.
On the card to be installed, move the ejector levers to their fully open
position.
7
8
Slide in the replacement RTM LAN card.
Push the RTM LAN card firmly into the backplane, making sure it is
properly seated in its slots.
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Chapter 2- Component Replacement
9
Ensure that the metal ejector levers are fully retracted into their
housings.
10 Tighten the captive screws on the rear panel of the RMX 4000 that
secure the RTM LAN card.
11 Reconnect the cables.
12 Turn ON the RMX 4000.
Replacing the Fabric Switch Module (FSM 4000)
1
Ensure that the power switch/circuit switch on the RMX 4000 is
turned OFF (O).
2
3
Loosen the captive screws that fasten the module to the MCU.
Remove the Fabric Switch Module (FSM 4000). Use the metal ejector
levers to pull the Fabric Switch Module (FSM 4000) out of its slot in
the backplane.
4
Carefully slide the Fabric Switch Module (FSM 4000) out through the
front panel.
5
On the card to be installed, move the ejector levers to their fully open
position.
6
7
Slide in the replacement Fabric Switch Module (FSM 4000).
Push the Fabric Switch Module (FSM 4000) firmly into the backplane,
making sure it is properly seated in its slots.
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8
9
Ensure that the metal ejector levers are fully retracted into their
housings.
Tighten the captive screws on the rear panel of the RMX 4000 that
secure the Fabric Switch Module (FSM 4000).
10 Turn ON the RMX 4000.
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