| Supported Board (64) |
| SCUB |
Super control unit |
| SCUK |
Super control unit |
| ADEF |
64-channel ADSL2+ service board |
| ADBF |
64-channel ADSL2+ service board |
| ADEE |
64-channel ADSL2+ service board |
| VDEA |
32-channel VDSL2 service board |
| VDEB |
32-channel VDSL2 service board |
| VDBD |
32-channel VDSL2 service board |
| SHEA |
32-channel SHDSL service board |
| SHEB |
32-channel SHDSL service board |
| AIUG |
4 STM-1 ports or 8 IMA E1 ports ATM interface board |
| ETHA |
8 GE optical/electrical ports or 8 FE optical/electrical ports Ethernet subtending board |
| SPLF |
64-port ADSL2+ over ISDN SPL board |
| SPLH |
64-channel ADSL2+ over ISDN splitter board |
| Supported Board (32) |
| SCUB |
Super control unit |
| SCUK |
Super control unit |
| ADGE |
32-channel ADSL2+ service board |
| VDEA |
32-channel VDSL2 service board |
| VDEB |
32-channel VDSL2 service board |
| SHEA |
32-channel SHDSL service board |
| SHEB |
32-channel SHDSL service board |
| AIUG |
4 STM-1 ports or 8 IMA E1 ports ATM interface board |
| ETHA |
8 GE optical/electrical ports or 8 FE optical/electrical ports Ethernet subtending board |
| ADSL2+ Specification |
| ADSL2+ |
Compatible with ADSL and ADSL2 |
| A maximum upstream rate of 2.5 Mbit/s |
| A maximum downstream rate of 24 Mbit/s |
| A maximum transmission distance of 6.5 km |
| Supporting ADSL2+ service and POTS access |
| Multiple transmission modes (Annex A, Annex B, Annex L, and Annex M) |
| Fast bit switchover |
| Power management |
| Pilot floating |
| Selection of most proper tone as pilot based on channel conditions |
| Supporting tone transmit power control based on CO-MIB (spectrum shaping) |
| Supporting downstream Missing Tone |
| Dynamic and seamless rate auto-sensing to improve the adaptability for line parameters |
| Single ended loop test (SELT) |
| Configuration, modification and query of the ADSL line and spectrum |
| Report of alarm and maintenance information on the line and channel |
| VDSL2 Specification |
| VDSL2 |
Complying with ITU Recommendation G.993.2 |
| Reaching a maximum transmission distance of 3.5 km |
| Supporting the VDSL2/ADSL2+ compatible board, VDSL2 over POTS board, and VDSL2 over ISDN board to provide various services |
| Multiple spectrum profiles, including 8a, 8b, 8c, 8d, 12a, 12b, and 17a, which provide different application scenarios |
| Power spectral density (PSD) control through UPBO/DPBO, RFI, PSD mask and tone blackout |
| Two encapsulation modes (ATM and PTM) |
| Working in the ADSL/ADSL2+ mode when connecting to ADSL/ADSL2+ terminals |
| Automatic rate adjustment according to the line conditions during the initialization |
| Querying the chipset status |
| Configuring, modifying and querying the VDSL2 configuration parameters (such as line, spectrum, and channel mode) |
| Reporting alarms and maintaining information on the line and the channel |
| Supporting BandPlan998 and BandPlan997 |
| Supporting 32-port VDSL2 boards |
| Supporting the SELT |
| IPTV Service |
| Multicast Protocols |
Internet Group Management Protocol (IGMP) V2/V3 |
| IGMP proxy and IGMP snooping |
| Protocol Independent Multicast (PIM) and Source-Specific Multicast (SSM) |
| Multicast Services |
Supporting up to 1000 multicast groups |
| Supporting VLAN-based multicast |
| Supporting 256 multicast VLANs |
| Supporting dynamically generating multicast programs |
| Supporting viewing up to 16 programs at the same time for a subscriber |
| Supporting easy channel management |
| Supporting configuring the maximum number of preview times in a day |
| Supporting the audience statistics |
| Supporting IGMP pre-join and fast-leave |
| Supporting the IGMP high performance processing that enables broadband TV (BTV) over xDSL |
| Supporting fast-leave based on MAC address control |
| Subscriber Management |
Rich authentication modes on multicast subscribers to suit different multicast operators |
| Controllable multicast to control the access of subscribers to multicast groups |
| Connection admission control (CAC) for multicast subscribers to ensure that authenticated subscribers can enjoy guaranteed QoS |
| Interconnection between the transaction language 1 (TL1) interface of the NMS and the operating support system (OSS) to solve the multicast authority control problem in the operation |
| Security Features |
| System Security |
Prevention of denial of service (DoS) attacks |
| Prevention of Internet Control Message Protocol (ICMP) or IP packet attacks |
| Firewall and access control list (ACL)-based access control |
| Media access control (MAC) address filtering |
| Secure sell (SSH) V2 |
| Remote authentication dial in user service (RADIUS) authentication of management users |
| Hierarchical authority control of management users |
| User Security |
User isolation in layer 2 (L2) |
| Access control based on the IP address segment |
| Prevention of MAC spoofing |
| Prevention of VLAN-based IP/MAC address spoofing |
| Prevention of the IP address spoofing of the DHCP user |
| Dynamic Host Configuration Protocol (DHCP) Option82, enhancing the DHCP security |
| PPPoE access identification |
| Binding between MAC/IP addresses and service ports |
| Specification |
| Dimension |
436 mm x 420 mm x 441.8 mm (W x D x H) |
| Type |
Front accessible |
| Power |
-48V DC |
| MTBF |
>150,000 hours |
| Supported Slots Quantity |
16 |
| Supported Service Slots Quantity |
14 |
| Max supported ADSL2+ subscribers |
896 |
Eric –
Compared to the 5800 series, the 5600 is a bit inferior in many aspects, but for me, my network needs are not that high, and the 5600 has been able to fully meet my needs.
Christina –
Although they are not brand new devices as there is no new MA5600 in market. But they were well-packaged and works well . My client need this one and are pleased with this device.