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Multi-Service IP-DSLAM SURPASS hiX 5622/5625/5630/5635 Release 3.8M Broadband Access Comprehensive Solutions The Nokia Siemens Networks hiX 5622/5625/5630/5635 series of MSAN/DSLAM is an innovative platform for broadband access networks to aggregate multiple client interfaces like copper, fiber or mobile backhauling on the last mile of the network All-in-One Multi-service MSAN /DSLAM with all DSL flavors and POTS services Scalability guarantees best fit to your specific solution requirements Flexible & modular solution for Central Office (CO) or remote shelter xDSL and VoIP deployment It i s a real Ethernet based pl atform. The SURPASS hiX 5622 / 5625 / 5630 / 5635 R3.8M comprises all the previous features of R2.8 & R2.8M, plus introduces new features such as UNI Support at Gigabit Ethernet Interface Card, Configuration of 4000 Multicast Channels with IGMPv3, Enhanced QoS and Support of Virtual Noise for VDSL2, support of Auto Detection Mode (VDSL2, ADSL 1/2/2+) on 48-port VDSL2 Cards and 8 kHz NTR-Signal on VDSL2 for synchronization as well as EFM bonding on VDSL and VoIP and VLAN enhancements. R3.8M provides new hardware as well, such as additional Line Cards to support MELT for VDSL2, ADSL2+ and SHDSL.bis. MELT is one of the key features in R 3.8M and provides a Line test method if network providers introduce all digital loop DSL service without ILTF. ISDN-BRI (line code 2B1Q) and new CXU-G1.. The CXU_G1 supports the step into 10G for MSAN and prepares the MSAN for MPLS support in the next software release. The IU10x1GE interface unit with 10 1GE interfaces can be used with a white favor of standard SFPs and supports P2P optical Ethernet for subtending and FTTH applications. Redundancy for power , f an, central card and uplink as well as end-to-end management make Multi-Service MSAN/DSLAM carrier proof. The access to the customer is provided over t he existing copper without additional investment in the infrastructure.

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Page 1: Multi-Service IP-DSLAM SURPASS hiX …itm-group.com/web/fileadmin/itm/datenblaetter/NSN/hiX-56xx.pdf · Multi-Service IP-DSLAM . SURPASS hiX . 5622/5625/5630/5635 . Release 3.8M

Multi-Service IP-DSLAM SURPASS hiX

5622/5625/5630/5635 Release 3.8M

Broadband Access Comprehensive Solutions The Nokia Siemens Networks hiX 5622/5625/5630/5635 series of MSAN/DSLAM is an innovative platform for broadband access networks to aggregate multiple client interfaces like copper, fiber or mobile backhauling on the last mile of the network

All-in-One Multi-service MSAN /DSLAM with all DSL flavors and POTS

services Scalability guarantees best

fit to your specific solution requirements

Flexible & modular

solution for Central Office (CO) or remote shelter xDSL and VoIP deployment

It is a real Ethernet based platform. The SURPASS hiX 5622 / 5625 / 5630 / 5635 R3.8M comprises all the previous features of R2.8 & R2.8M, plus introduces new features such as UNI Support at Gigabit Ethernet Interface Card, Configuration of 4000 Multicast Channels with IGMPv3, Enhanced QoS and Support of Virtual Noise for VDSL2, support of Auto Detection Mode (VDSL2, ADSL 1/2/2+) on 48-port VDSL2 Cards and 8 kHz NTR-Signal on VDSL2 for synchronization as well as EFM bonding on VDSL and VoIP and VLAN enhancements. R3.8M provides new hardware as well, such as additional Line Cards to support MELT for VDSL2, ADSL2+ and SHDSL.bis. MELT is one of the key features in

R 3.8M and provides a Line test method if network providers introduce all digital loop DSL service without ILTF. ISDN-BRI (line code 2B1Q) and new CXU-G1.. The CXU_G1 supports the step into 10G for MSAN and prepares the MSAN for MPLS support in the next software release. The IU10x1GE interface unit with 10 1GE interfaces can be used with a white favor of standard SFPs and supports P2P optical Ethernet for subtending and FTTH applications. Redundancy for power, fan, central card and uplink as well as end-to-end management make Multi-Service MSAN/DSLAM carrier proof. The access to the customer is provided over the existing copper without additional investment in the infrastructure.

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Its high-speed interfaces are suitable for asymmetrical and symmetrical applications such as super-fast Internet access, Voice Over IP, teleworking, video conferencing, peer-to-peer connections, virtual

private networking, streaming multimedia content and videos. (IPTV for HDTV broadcast). It provides all flavors of broadband Interfaces like ADSL/2/2+, VDSL2 and SHDSL/SHDSL.bis in addition to VoIP POTS line cards.

The hiX5622/5625/5630/5635 MSAN/DSLAM family also allows secure high-speed applications for business customers like LAN-to-LAN or Voice services over broadband.

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General MSAN/DSLAM Specifications

System Architecture Mass rollout platform with universal slot

architecture for Interface Units (IU) G series Chassis supports 10 Gbit/s slot

capacity (G200 / G400 / G600 / G1100) for future high bandwidth demanding applications.

Non Blocking Architecture (up to 108 Gbit/s switching capacity)

GE Star from Central Card to each IU slot

DC Powering (-48 V) Redundant DC Power supply Optional External AC Power supply Optional Redundant AC Power supply Fan Redundancy Redundancy for Switch/Control Card Chassis design for ETSI resp.

19” / ETSI rack mounting Front access including Control & Switch

Fabric Central Office (CO) & Outdoor Cabinet

installation for hiX 5622 / hiX5625 / hiX 5630, or hiX 5635 for CO

Separate shelf for splitters Subtending interfaces option Remote testing capability IPv6 Hardware readiness G200 shelf of hiX5622 3 Slots (1CXU + 2IU) / horizontal layout

The G200 shelf is an alternative for customers who want to be prepared for future high capacity interface units. The backplane is capable of offering up to 10 Gbit/s per slot.

The G200 shelf fits in ETSI rack, G200S fits in 19” only.

G400 shelf for hiX 5625 6 Slots (1CXU + 5 IU or 2 CXU (redundant) + 4 IU ) / horizontal layout

The G400 shelf is an alternative for customers who want to be prepared for future high capacity interface units. The backplane is capable of offering up to 10 Gbit/s per slot. The G400 shelf fits in 23’’ or ETSI rack.

G600 shelf for hiX 5630 10 Slots (1 or 2 CXU (redundant) + 8 IU) / horizontal layout

The G600 shelf is an alternative for customers who want to be prepared for future planned higher capacity interface units. The backplane is capable to offer up to 10 Gbit/s per slot. The G400 shelf fits in 23’’ or ETSI rack.

G1100 shelf for hiX 5635 16 Slots (1 CXU + 14 IU or 2 CXU

(redundant) + 14 IU ) / vertical layout

The G1100 shelf meets customer requirements for full MSAN and supports the future mixed mode of DSL and high capacity interface units in one common shelf. The G1100 backplane is capable of offering up to 10 Gbit/s per slot. The G1100 shelf fits in 19’’ or ETSI rack.

Uplink Interfaces - Central Unit 1 or 2 x CXUs possible (second card

for 1+1 redundancy, standby architecture)

CXU has 4 GE interfaces (a variety of SFP modules are available)

GE interface types available: o Electrical - 100/1000 Base-T auto-

negotiation o Optical-SFP / (LX) single mode / (SX)

multi mode

CXU_G1 with two additional 10Gbit/s uplink interfaces with standard XFP

Per port assignment of uplink interface, e.g. network interface (uplink) or cascading daisy uplink protection with use of link aggregation (LAG), LACP

Subscriber Line Interfaces Service Modes:

o 72 Port ADSL2+ (backward compatible with ADSL and ADSL2)

o 48 Port SHDSL/SHDSL.bis o 24 / 48 Port VDSL2 o 72 Port VoIP (POTS) o 72 Port ADSL2+ MELT o 48 Port SHDSL MELT o 48 Port VDSL2 MELT o 10 Port GigE o 32 Port ISDN-BRI (2B1Q) o 48 port FE card

Number of slots dedicated for IU: o 2 slots in G200 o 4 slots in G400 chassis o 8 slots in G600 chassis o 14 slots in G1100 chassis

Maximum number of subscribers per subrack with 72 ADSL2+ or VoIP ports per Interface Unit:

o Up to 144 for hiX5622 (G200) o Up to 288 for hiX 5625 (G400) o Up to 576 for hiX 5630 (G600) o Up to 1008 for hiX 5635 (G1100)

Support of voice services o hiX 56xx via splitter – base band

voice o hiX 56xx via CPG (VoIP over DSL) o hiX 56xx VoIP H.248 or SIP

controlled via line card for POTS connection

o hiX56xx VoIP H.248 controlled via line card for ISDN connection

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MSS based FMC network architecture

Use of hiX 5622/5625/30/35 MSAN/DSLAM in the mobile FMC solution This enables the MSAN/DSLAM to be used by mobile operators to extend their business into the fixed

network

Release 3.8M - Key Features

Selective support of SIP or H.248 POTS SIP: single RTP IP address shared by voice cards,

Dual Homing / Geo-Redundancy Voice: PM Counter H.248 interoperability for 2B1Q card ISDN-BRI card ( line code 2B1Q) ISDN: Line Test solution (Step1: external test head) 48 port FE card SIP supplementary services according to TISPANv2 Advanced POTS Integrated Line Test Features Message Waiting Indication (MWI) with Stutter Dial Tone and

Display Message Improved interoperability with NSN hiE9200 (S5.2), hiQ

4200/8000 (R13), NVS (M14.4) and FMC 4.2 Improved interoperability with some third-party Soft Switches Mobile Backhauling support via SHDSL.bis (including

synchronization clock support) Line probing for SHDSL.bis (MELT) EFM 4 pairs bonding and ATM M-Pair Mode with SHDSL.bis

EFM 2 pair bonding for VDSL2 System Clock support (via External 2MHz Timing Reference

i.e. T3 / Synchronized Ethernet, G.8261) Ability to copy 802.1p C-VLAN to S-VLAN Extended Line Parameter Set for ANCP, DHCP Opt. 82 and

PPPoE IA IGMPv3 support (up to 4000 Multicast groups simultaneous) QoS setting via mapping of TOS/DSCP bits to 802.1p, QoS setting via usage of predefined 802.1p values SP (strict priority for Downstream) , WFQ (WRR-like) Enhanced QoS (Policing on two Data Rates and Burst Sizes) CoS/QoS acc. to ATM PVC or Port Up to 32k MAC addresses per DSLAM MAC address limitation per port MAC Anti spoofing (including Service Gateway) IP Anti spoofing 4096 VLANs VLAN assignment per PVC/ Port / IP SA/DA and Ether type VLAN Translation VLAN Double Tagging customer/L2CP/in-band management

channel

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MAC Address Translation 1:1 for PPPoE and DHCP Sessions

Dynamic UMAS for Non-DHCP & Non-PPoE Services Storm Control on Subscriber Port (IFX) Dynamic ARP inspection Support of Secure FTP (SFTP) Rate limiting for ARP, DHCP, IGMP on DSL port Routing between in-band Mgmt Channel and out-of-band

Interface VLAN Stacking (QinQ, user frames w/o tag) Ethernet-based Forwarding (VLAN Tagging) TOS/DSCP and .1p Handling for trusted and untrusted

Customers Port isolation Link Aggregation (LAG), LACP Spanning Tree: STP, RSTP, MSTP Support of Static IP addresses Flow Control according to 802.3x Ethernet Ring Protection (ERP) not supported Multiple ATM PVCs per Line (up to 8) Per port traffic Policing & Shaping Egress shaping per Class of Service (802.1p) DHCP Relay Agent (opt. 82) per PVC PPPoE Intermediate Agent (opt. 105) RFC 2684 bridged (VC/LLC encapsulation) IPoATM / RFC 2684 routed/dynamic PPPoA-to-PPPoE Translation incl. Protocol Detection ANCP (L2CP) for ADSL2+, VDSL2 and SHDSL OAM (F5 loopback, VC RDI) Remote upgradeability from older software versions SFP Power Measurements Display Uptime Counter Display Remote Testing Capability Network-wide Profile Management POTS supplementary services (SIP) CLIP (Calling Line Identification Presentation) CLIR (Calling Line Identification Restriction) CFU Variable (Call Forwarding Unconditional) CFB (Call Forwarding on Busy) CFNR (Call Forwarding No Reply) Call Transfer (Attended, Unattended and after 3PTY conf.) Call Hold Consultation Toggle CW-I (Call Waiting Hook-Flash Immediate) CW (Call Waiting Hook-Flash) MWI with SDT (Message Waiting Indication with Stuttered Dial

Tone) MWI with LI (Message Waiting Indication with Light Indicator) CONF (Three-Party-Conference controlled by MSAN) Polarity Reverse for Pay Phone Dual Homing / Geo-Redundancy Configuration File Read-Back Basic PM Counter for VoIP (WM) Single RTP IP address shared by voice cards Call Transfer Attended (with Consultation) Interworking with different softswitches

POTS supplementary services (SIP) according to TISPANv2 Calling Line Identification Presentation (CLIP) /Originating

Identification Presentation (OIP) Calling Line Identification Restriction (CLIR) /Originating

Identification Restriction (OIR)" Call Forwarding Unconditional (CFU): Selective CFU Call Forwarding Unconditional (CFU): Variable CFU Call Forwarding On Busy (CFB): Selective CFB Call Forwarding On Busy (CFB): Variable CFB Call Forwarding On No Reply (CFNR): Selective CFNR Call Forwarding On No Reply (CFNR): Variable CFNR Call Forwarding Selective Suspend/Delete Call Completion on Busy Subscriber (CCBS) Call Completion on No Reply (CCNR) Call Completion on Not Registered (CCNL) Call Waiting (CW) Incoming Call Barring (ICB): ALL Incoming Call Barring (ICB): Forwarded Calls Incoming Call Barring (ICB): Anonymous Call Rejection (ACR) Incoming Call Barring (ICB): Selective Call Rejection (SCR) Incoming Call Barring (ICB): Selective Call Acception (SCA) Incoming Call Barring (ICB): Kick Out Outgoing Call Barring (OCB): All Outgoing Call Barring (OCB): Traffic Class OCB Outgoing Call Barring (OCB): Selective Call Rejection (SCR) Outgoing Call Barring (OCB): Selective Call Acception (SCA) PIN for Subscriber Controlled Input Advice of Call Charging on call setup (AOC-S), on call end

(AOC-E), during the call (AOC-D) Three Party Conference (CONF) Call Hold / Enquiry (Call Hold / Resume) Toggle / Consultation General Deactivation / Facility Reset Text Mail / SMS

POTS supplementary services (H.248) Call Forwarding; Unconditional (CFU) Call Forwarding; on Busy (CFB) Call Forwarding; on No Reply (CFNR) Calling Line Identification Presentation (CLIP) Calling Line Identification Restriction (CLIR) Call Waiting Hook Flash (CWH) Three-way Calling Malicious Call Identification (MCID) Completion of Calls to Busy Subscriber (CCBS) 3rd Party Conference Outgoing Call Barring (OCB) Do-not-Disturb Abbreviation Dialing Distinctive Ringing Inhibition of Incoming Forwarded Call Message Waiting Indication (MWI) with Stutter Dial Tone

(SDT) and Display Message Indication of RTP traffic loss for Voice Interworking with different softswitches ISDN Services ISDN Voice Line card with Line code 2B1Q H.248 interoperability H.248: PM Counters (basic counter) Line Test Solution (external test head) Calling Line Identification Presentation (CLIP) Calling Line Identification Restriction (CLIR) Connected Line Identification Presentation (COLP) Connected Line Identification Restriction (COLR) Subaddressing (SUB)

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Call Hold (CH) Three Party Service (3PTY) Call Forwarding Uniconditional (CFU) Call Forwarding on Busy (CFB) Call Forwarding on No Reply (CFNR) Call Detection (CD) Advice of charge (AOC-D/E) Closed User Group (CUG) Virtual Private Network (VPN) UUS (only type 1) Call Completion on Busy Subscriber (CCBS) Terminal Portability (TP) Multiple Subscriber Number (MSN) Call waiting (CW) B-channel data services (e.g. fax, modem, SMS, MMS) D-channel packet data D-channel frame data Network Services and VLAN Scenarios Multicast VLAN translation in downstream direction Support of CC+P Mode With Double-Tagged Frames at UNI Mix of CC and Br Mode on the same DSL-Port Pass Single-tagged Frames in Tagging mode “double” Network Implementation of a Transparent Ethernet Service –

P2P Application Network Implementation of a Transparent Ethernet Service –

P2MP Application Service Indication Based on DSCP, CoS and VLAN ID for

P2P, P2MP and MP2MP Extended Line Parameter Set for DHCP/PPPoE/ANCP

In general all transparent supplementary services will be available, such as Carrier Selection, Carrier Pre-Selection and many more which would be provided from the network side. Line Interfaces – Interface Unit Card VoIP (POTS) - 72 Ports Codecs: G.711 A and µ law, G.723.1 5.3/6.3 kbps, G.729A & B, G.726: 16/24/32/40 kbps, G722.2: 6.60 kbit/s, 8.85 kbit/s, 12.65 kbit/s, 14.25 kbit/s,

15.85 kbit/s, 18.25, 32 kbit/s, 19.85 kbit/s, 23.05 kbit/s, 23.85 kbit/s.;

G722: 24, 32 or 64 kbit/s. Protocol – SIP (RFC3261) / H.248v2 G.168 Echo Cancellation Jitter Buffer ADSL2+ - 72 ports ADSL functionality (DMT) according ITU-T G.992.1 ADSL2 (G.dmt.bis) functionality (DMT) according ITU-T

G.992.3 ADSL2+ functionality (DMT) according ITU-T G.992.5 ANNEX A, B, I, J, L and M supported SELT (Single Ended Line Testing) PSD Mask Shaping for ADSL2+ Bin Deactivation for RFI Disturbers ISDN – 32 Ports Line Code 2B1Q ETSI TS 102 080 and ITU-T G.991.2 compatible

SHDSL - 48 Ports SHDSL (TC PAM16) according ITU-T G.991.2 SHDSL.bis, 2 and 4-wire and Wetting Current VDSL2 – 24 / 48 Ports Bandplan 998 B and 997 VDSL2 Profiles 8a, 8b, 8d, 12a and 17a Supports Virtual Noise Auto Detection Mode (VDSL2 / ADSL1/2/2+) (48 port only) Supports 8 kHz NTR Signal for Synchronization Supports ADSL2+/VDSL over POTS/ISDN Seamless Rate Adaptation GigE - 10 Ports Supports NNI or UNI Interface Ideally suited for DSLAM Subtending or Mobile Backhaul Suited for P2P FTTH Line Cards to Support Metallic Ended Line Test (MELT) Additional Line Cards introduced to support MELT

o VDSL2 o ADSL2+ o SHDSL.bis

FE – 48 ports Supports UNI interface 48 optical ports or 24 copper ports Equipped with compact SFP’s Range up to 10km for optical interface Uplink Interfaces – Central Unit

SFP modules for 1 Gbit/s optical SFP1000-SX; multimode , 550 m SFP1000-LX10; single mode, 10 Km SFP1000-LX20; single mode; 20 Km SFP1000-LX40; single mode; 40 Km SFP1000-ZX80; single mode; 80 Km XFP modules for 10 Gbit/s optical 1000Base-LR; single mode, 10 km 1000Base-ER; single mode, 40 km 1000Base-ZR; single mode, 80 km IP Multicast RFC1112 IGMPv1 RFC2236 IGMPv2 RFC3376 IGMPv3 IGMP Proxy RFC 826 ARP up to 4000 Multicast groups simultaneous DOS Prevention Flow Control IGMP, DHCP filtering User Access Control Secure Shell v1/v2 Denial of Service attack prevention

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Configuration & Management Standards Remote network traffic monitoring with standard SNMP and

RMON protocols IEEE 802.1ad IEEE 802.1D STP (Spanning Tree Protocol)

CLI-based shell provides common user interface through console port or telnet.

IEEE 802.1p QoS IEEE 802.1Q VLAN

Port Mirroring for the purposes of: sniffing, traffic monitoring, port- based traffic detection

IEEE 802.1w RSTP (Rapid Spanning Tree Protocol) IEEE 802.3

Alarm History IEEE 802.3ad Link Aggregation Inventory Export Service IEEE 802.3u Fast Ethernet Fault and Performance Management

IEEE 802.3x Flow Control IEEE 802.3z Gigabit

SNMPv3 Environmental and Safety Standards M1100/G1100/G400 Chassis / CO & Cabinet installation:

ACI-E R 5.0

ETSI EN 300 019-1-3, class 3.3 M400/G600 Chassis / CO installation: ETSI EN 300 019-1-3, class 3.2 Environmental standard compliance: Mechanics acc. ETS 300 119-1/2/3/4 Power supply interface acc. ETS 300 132-2 ETSI EN 300 386 for EMC and CE label ETSI ES 201 468 v1.2.1 EN 60950-1:2001 for product safety ETS 300 753 IEC 825 for radiation safety of laser products ITU-T K.20 enhanced level ITU-T K.21 enhanced level for indoor ITU-T K.27 ITU-T K.31 for indoor ITU-T K.35 for outdoor ITU-T K.45 enhanced level for outdoor 89/336/EECEMC Directive CISPR22:1997 Class A CISPR22:1997 Class B EN55022:1998 Class A EN55022:1998 Class B EN610000-3-2,3 Telcordia Standards: NEBS Level 3 for CO, GR-487 for

cabinet, GR-1089 for Emissions & Immunity

www.nokiasiemensnetworks.com

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Physical Data hiX 5622/5625/5630/5635

hiX 5635 / Chassis G1100 - 16 Slot Design Vertical layout with 10 GE star bus architecture

Subrack size

536 mm x 444 mm x 279 mm (h x w x d) (19’’ and ETSI) ~12RU

Subrack size including mounting brackets and cables

536 mm x 482 mm x 331 mm (h x w x d)

Power supply 2 redundant DC connectors for -48 V DC / -60 V DC Working between -40,5 ...-72,0 V

Power-consumption

Fully equipped (1008 ADSL2+ lines): max. 1600 W

Actual power consumption will depend on the no. of simultaneous

connections and power modes in which these lines are running

(normal/L2/L3)

Temperature range

According to ETSI EN 300 019-1-3, class 3.3 (–25 to +55 °C)

For outdoor installation a typical sun radiation add-on of +15°C must be considered, resulting in an upper temperature limit of +70°C

hiX 5630 / Chassis G600 – 10 Slot Design Horizontal layout with 10 GE start bus architecture

Subrack size 324 mm x 495 mm x 279 mm (h x w x d) (23’’ and ETSI) ~7RU Subrack size including mounting brackets and cables 324 mm x 533 mm x 331 mm (h x w x d) Power supply • 2 redundant DC connectors for -48 V DC / -60 V DC • Working between -40,5 ...-72,0 V Power-consumption • Fully equipped (576 ADSL2+ lines): max. 952W

Temperature range According to ETSI EN 300 019-1-3, class 3.3 (–25 to +55 °C) For outdoor installation a typical sun radiation add-on of +15 °C must be considered, resulting in an upper temperature limit of +70 °C

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hiX 5625 / Chassis G400 - 6 Slot Design Horizontal layout with 10 GE star bus architecture

Subrack size

224 mm x 494 mm x 279 mm (h x w x d) (23’’ and ETSI) ~5RU

Subrack size including mounting brackets and cables

224 mm x 533 mm x 331 mm (h x w x d)

Power supply

2 redundant DC connectors for -48 V DC / -60 V DC Working between -40,5 ...-72,0 V

Power-consumption

Fully equipped (288 ADSL2+ lines): max. 480 W

Temperature range According to ETSI EN 300 019-1-3, class 3.3 (–25 to +55 °C) For outdoor installation a typical sun radiation add-on of +15 °C must be considered, resulting in an upper temperature limit of +70 °C

hiX 5622 / Chassis G200 - 3 Slot Design Horizontal layout with 10 GE star bus architecture

Subrack size (h x w x d) 124 mmx 494 mmx 279 mm (23’’ and ETSI) ~ 2,8 U Subrack size with cables 124 mmx 533 mmx 331 mm(h x w x d) Power supply

2 redundant DC connectors for -48 V DC / -60 V DC Working between -40,5 ...-72,0 V Power-consumption Fully equipped (144ADSL2+ lines):max. 270W Temperature range According to ETSI EN 300 019-1-3, class 3.3 (–25 to +55 °C) For outdoor installation a typical sun radiation add-on of +15 °C must be considered, resulting in an upper temperature limit of +70 °C

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Splitter Chassis

4 slots horizontal layout 6 slots horizontal layout 8 slots horizontal layout

17 slots vertical layout

4 slot splitter chassis Dimensions: 149 mm (~3,4U) x 483 mm x 261 mm (h x w x d) Splitter boards: 24-port and 36-port splitter cards, can be mixed 6 slot splitter chassis Dimensions: 199 mm ( ~4,5 U) x 483 mm x 261 mm (h x w x d) Splitter boards: 24-port and 36-port splitter cards, can be mixed 8 slot splitter chassis Dimensions: 222 mm (~5U) x 483 mm x 261 mm (h x w x d) Splitter boards: 24-port and 36-port splitter cards, can be mixed 16 slots for 36-port splitter and 1 slot with blank panel Dimensions: 440 mm (~10U) x 483 mm x 261 mm (h x w x d) Splitter boards: 24-port and 36-port splitter cards, can be mixed

Power consumption per module (W) CXU_B / B1 24Gbps 45 CXU_B2 / B21 24Gbps 31 CXU_B3 24Gbps 33 CXU_C 12Gbps 36 CXU_C2 12Gbps 28 CXU_G1 108 Gbps 91 Common Interface Unit (CIU) 7 PM_UPL 5 FANModule large – hiX 5635 (G1100) 120 FANModule small – hiX 5635 (G1100) 58 FAN Module – hiX 5630 (G600) 65 FAN Module – hiX 5625 (G400) 43 FAN Module – hiX 5622 (G200) 31 ADSL2+ Interface Unit - 72-Port Annex A 110 SHDSL Interface Unit – 48-Port 85 VoIP (POTS) Interface Unit – 72-Port 85 VDSL2 Interface Unit – 24 ports 74 VDSL2 Interface Unit – 48 ports 84 ISDN Interface Unit 135

Weight values per module (kg) CXU- 24/108Gbps for hiX 5630/5635 1.1 CXU- 12Gbps for hiX 5630/5625 0.9 Common Interface Unit (CIU) for hiX 5630 0.8 FAN Module – hiX 5635 3.1 FAN Module – hiX 5630 1.1 FAN Module – hiX 5625 0.7 FAN Module – hiX 5622 0.7 M1100/G1100 Chassis – hiX 5635 6.5 G400Chassis – hiX 5625 4.0 G200 Chassis – hiX 5622 3.7 VDSL2 Interface Unit – 24 Ports 1.0 ADSL2+ Interface Unit - 72-Port Annex A 1.2 SHDSL Interface Unit – 48-Port 0.9 ISDN Interface Unit – 32 Ports 1,4 Blank panel for hiX 5622/25/30/35 0.1

Total Weight for hiX 56xx hiX 5635: Fully equipped 1 CXU + 14 IU 29 hiX 5630: Fully equipped 1 CXU + 8 IU /no red. CXU 17 hiX 5625: Fully equipped 1 CXU + 5 IU 12 hiX 5622: Fully equipped 1 CXU + 2IU 9

Copyright 2010 Nokia Siemens Networks. All rights reserved. Other company and product names mentioned herein may be trademarks or trade names of their respective owners. This publication is issued to provide information only and is not to form part of any order contract. The products and services described herein are subject to availability and change without notice.