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Huawei SmartAX EA5800 series OLT products include the EA5800-X17, EA5800-X15, EA5800-X7, and EA5800-X2.
It supports GPON, XG-PON, XGS-PON, GE, 10GE, and other interfaces.
From here, you can find all the user manuals and user guides of EA5800 series prod
HUAWEI SmartAX EA5800 (EA5800-X17/EA5800-X15/EA5800-X7/EA5800-X2) 10G GPON OLT
Product Overview
Developed based on the distributed architecture, the EA5800 series multi-service access device is positioned as the next-generation OLT for NG-PON. With virtual access technology, it provides a unified carrying platform for multiple services over one fiber network, such as broadband, wireless, video, and monitoring.
The EA5800 provides GPON, XG-PON, XGS-PON, P2P 10GE/GE access, and supports POL, FTTH, FTTB, and FTTC network construction modes. Thus it simplifies network architecture and reduces OPEX.
Product Appearance
The EA5800 supports four types of subracks. The only difference between these subracks relies on the service slot quantity (they have the same functions and network positions).
EA5800-X17 (large-capacity, ETSI)
EA5800-X17 supports 17 service slots with backplane H901BPLB.
EA5800-X15 (large-capacity, IEC)
EA5800-X15 supports 15 service slots with backplane H901BPIB.
EA5800-X7 (medium-capacity)
EA5800-X7 supports 7 service slots with backplane H901BPMB.
EA5800-X2 (small-capacity)
EA5800-X2 supports 2 service slots with backplane H901BPSB.
Product Highlights
Distributed Architecture: High Performing and Non-blocking
The EA5800 distributes service processing on the control board to every service board, improving system switching capacity and performance. Each slot can support a throughput of up to 100 Gbit/s, ensuring smooth services without interruption.
The EA5800 supports distributed caching for channel zapping and fast starting of HD videos.
Software Hitless Upgrade: Upgrade Anytime
In the distributed architecture, control and forwarding are isolated, ensuring that services are not interrupted during device upgrades. This also reduces user complaints. Devices can be upgraded at daytime.
High Reliability
The EA5800 supports multiple protection mechanisms.
- Type B/type C dual-homing implements remote disaster recovery.
- 2 control boards and 2 power boards for redundancy.
- Dual-uplink protection.
Integrated Multiple Access Technologies
The EA5800 supports multiple access technologies, such as GPON and P2P 10GE/GE. Thus it is possible to carry multiple services on one optical network and save network construction costs.
Hardware Description
This document describes the hardware of the SmartAX EA5800 Multi-service Access Module (EA5800 for short hereinafter), including the features of the cabinet, subrack, board, and cable.
- N63E-22 Cabinet Description
- The N63E-22 cabinet complies with the ETSI standard. This topic provides the appearance, and specification of the N63E-22 cabinet, and describes the configuration, cable holes, air filter, and ventilation of the cabinet.
- N66E-22 Cabinet Description
- The N66E-22 cabinet complies with the IEC standard. This topic provides the appearance, and specification of the N66E-22 cabinet, and describes the configuration, cable holes, air filter, and ventilation of the cabinet.
- N66E-18 Cabinet Description
- The N66E-18 dual-standard cabinet complies with both the ETSI standard and the IEC standard. This topic covers the appearance, configuration, cable holes, ESD jack, air filter, external cable connections, ventilation, and specification of the N66E-18 dual-standard cabinet.
- EA5800-X17 Service Subrack Description
- This topic describes the appearance, structure, functions, dimensions, weight, power consumption specifications, slot configuration, and fan tray of an EA5800-X17 service subrack.
- EA5800-X15 Service Subrack Description
- This topic describes the appearance, structure, functions, dimensions, weight, power consumption specifications, slot configuration, and fan tray of an EA5800-X15 service subrack.
- EA5800-X7 Service Subrack Description
- This topic describes the appearance, dimensions, weight, slot configuration, and fan tray of an EA5800-X7 service subrack.
- EA5800-X2 Service Subrack Description
- This topic describes the appearance, dimensions, weight, slot configuration, and fan tray of an EA5800-X2 service subrack.
- Board
- This topic describes the functions, parameters, working principles, front panel ports, and indicators. "-" indicates N/A.
- Filler Panel
- A filler panel is used to cover a slot that is not in use in a subrack.
- Optical and Electrical Module
- The optical and electrical modules are hot-swappable and protocol-independent, and used in optical communications for both telecommunication and data communications scenarios.
- Cable
- This topic covers the appearance, pin assignments, applications, and technical specifications of the cables used by the device.
Feature Guide
This document describes access devices' support for the features and the feature implementation modes. This document serves as the reference to network design, network entry tests, and network maintenance.
This document describes a feature from multiple dimensions and helps you learn the following information
- Gigabit passive optical network (GPON) is a PON technology that is standardized by the ITU-T Recommendations G.984.x. A GPON device supports high-bandwidth transmission. GPON effectively solves the bandwidth bottleneck problem in the twisted-pair access and meets users demands on high-bandwidth services.
- XG(S)-PON
- XG(S)-PON is evolved from the existing GPON technology, XG(S)-PON technologies include XG-PON and XGS-PON.
- MPLS
- Multiprotocol Label Switching (MPLS) was introduced to improve the forwarding speed. However, because of its excellent performance in traffic engineering (TE) and virtual private network (VPN), which are the two critical technologies, MPLS is becoming an important standard for extending the IP network.
- SRv6
- This topic introduces IPv6 Segment Routing (SRv6) and basic principles of SRv6 VPN, and provides an example for configuring an SRv6 VPN.
- VXLAN
- Virtual eXtensible Local Area Network (VXLAN) is a technology for overlaying virtualized Layer 2 networks over Layer 3 networks.
- VPN
- Introduce the VPN protocols and features.
- Layer 3 Forwarding
- This topic describes the network layer (Layer 3) features implemented by the system.
- Multicast
- Multicast is a communication mode in which data is transmitted to multiple recipients at the same time.
- Clock and Time Feature
- This topic describes the feature of the clock and time system.
- QoS
- Quality of service (QoS) is a mechanism to ensure that user requirements for bandwidth, latency, jitter, and packet loss rate are met.
- Reliability
- This topic describes reliability features implemented by the system.
- Security
- This section describes the application security and system security features supported by the device.
- Device Management
- This topic covers the overview, general specifications, availability, and sub-features of device management security.
Configuration
To help customers better understand and complete the configurations, the Configure Guide focuses on services and provides examples for configuring common services, typical services and FTTx networking. Among which,
- Regarding configurations of common services, this document provides the detailed service-specific configuration scheme, clearly describes configurations of functions related to the services, and furthermore provides examples of configuring the related functions.
- Regarding configurations of typical services, this document provides detailed information about the data and procedures to help customers complete the configurations step by step based on different application scenarios.
- Regarding configurations of "OLT+ONU" networking, this document provides end to end configurations for different major scenarios and applications.
|
Item |
EA5800-X17 |
EA5800-X15 |
EA5800-X7 |
EA5800-X2 |
|---|---|---|---|---|
|
Supported cabinet |
N63E-22, N66E-18 |
N66E-22 |
N66E-22 |
N63E-22 |
|
Board configuration |
Control board slots: 9, 10 Service board or upstream interface board slots: 1–8, 11–19 Universal interface board slot: 0 Power board slots: 20, 21 |
Control board slots: 8, 9 Service board or upstream interface board slots: 1–7, 10–17 Universal interface board slot: 0 Power board slots: 18, 19 |
Control board slots: 8, 9 Service board or upstream interface board slots: 1–7 Universal interface board slot: 0 Power board slots: 10, 11 |
Control board slots: 3, 4 Service board or upstream interface board slots: 1–2 Does not support the universal interface board. Power board slot: 0 |
|
Dimensions (W x D x H) (mm) |
Excluding mounting ears: 493 x 287 x 486 Including mounting ears: 535 x 287 x 486 |
Excluding mounting ears: 442 x 287 x 486 Including mounting ears: 482.6 x 287 x 486 |
Excluding mounting ears: 442 x 268.7 x 263.9 Including IEC mounting ears: 482.6 x 268.7 x 263.9 Including ETSI mounting ears: 535 x 268.7 x 263.9 |
Excluding mounting ears: 442 x 268.7 x 88.1 Including IEC mounting ears: 482.6 x 268.7 x 88.1 Including ETSI mounting ears: 535 x 268.7 x 88.1 |
|
Maximum weight (including mounting brackets) |
45 kg |
35 kg |
26 kg |
9.4 kg |
|
Maximum input current |
60 A |
60 A |
40 A |
DC power supply: 20 A AC power supply: 8 A |
|
Power supply mode |
DC power support (dual backup) |
DC power support (dual backup) AC power supply + battery for backup |
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|
Working voltage range |
–38.4 V DC to -72 V DC |
DC power supply: –38.4 V to -72 V AC power supply: 100–240 V |
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|
Rated voltage |
–48 V/–60 V |
DC power supply: –48 V/–60 V AC power supply: 110 V/220 V |
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|
Ambient temperature |
–40°C to +65°C The EA5800 can start up at a lowest temperature of -25°C. NOTE:
The +65°C temperature refers to the highest temperature measured at the air intake vent of a service subrack. |
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|
Ambient humidity |
5%–95% RH |
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|
Atmospheric pressure |
70–106 kPa |
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|
Altitude |
< 4000 m. The air density varies with the altitude and will affect the heat dissipation of a device. Therefore, the working environment temperature of the EA5800 varies with the altitude. |
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|
Switching capacity of the control board (load sharing mode) |
3.6 Tbit/s |
MPSC: 480 Gbit/s MPSA: 248 Gbit/s |
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|
Maximum bandwidth per service slot (load sharing mode) |
100 Gbit/s |
MPSC: 80 Gbit/s MPSA: 40 Gbit/s |
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|
Maximum number of concurrent 4K video users |
16000 |
8000 |
2000 |
|
|
Maximum number of MAC addresses |
262143 |
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|
Maximum number of IPv4 routing tables |
65536 |
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|
Maximum number of IPv6 routing tables |
16384 |
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|
Maximum number of ARP routing tables |
131072 |
|
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|
Switching/Forwarding delay |
Short forwarding delay: The 100 Mbit/s Ethernet port sends the 64-byte Ethernet packets at a delay shorter than 20 μs. |
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|
Bit error rate (BER) in full load |
A BER smaller than 10 e-7 for a port that transmits data in full load |
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System reliability specifications |
System availability for the typical configuration: > 99.999% Mean time between failures (MTBF): about 45 years NOTE:
Due to different network environments and different boards used by devices, the preceding MTBF (45 years) of the EA5800 is only for reference. The average repair time for field replaceable units (FRUs) is about 2 hours. The preceding values are only for reference. For details, contact the related Huawei engineers. |
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|
GPON ports |
272 |
240 |
112 |
32 |
|
XG-PON ports |
272 |
240 |
112 |
32 |
|
XGS-PON ports |
272 |
240 |
112 |
32 |
|
GE ports |
816 |
720 |
336 |
96 |
|
10GE ports |
136 |
120 |
56 |
16 |
