SHXA2 SXA3 Board Huawei RTN 310

~~$4,800.00~~ $2,100.00

Brand: Huawei

Model: OptiX RTN 310

Detail: Huawei OptiX RTN 310 Radio Transport System

Condition: 100% New

Availability: IN STOCK

Category: Huawei DWDM OTN Tags: SLC1SHXA2, SLC1SXA3, SHXA2, SXA3, SHXA2 Board, SXA3 Board, Huawei RTN 310, RTN 310, RTN 310 Price

Description
Features
Ordering information
Inquiry

OptiX RTN 310 (RTN 310 for short) is a full-outdoor product in the OptiX RTN radio transmission system series.

SLC1SHXA2 SLC1SXA3 SHXA2 SXA3 Board Huawei RTN 310

Similar products：OptiX PMP 450,OptiX RTN 310,OptiX RTN 320,OptiX RTN 360,OptiX RTN 380,OptiX RTN 380e,OptiX RTN 905,OptiX RTN 905e,OptiX RTN 910,OptiX RTN 910A,OptiX RTN 950,OptiX RTN 950A,OptiX RTN 980,OptiX RTN 980L,RTN XMC,RTN380A,RTN380H,RTN510

Equipment Model

The RTN 310 supports the integrated model.

All functions of the RTN 310 are integrated in an outdoor chassis, which helps to implement zero footprint installation and improves installation efficiency. See Figure 1.

Figure 1 Integrated RTN 310

Two types of integrated RTN 310 are available: RTN 310 housing an SLC1SHXA2 board and RTN 310 housing an SLC1SXA3 board. Table 1 shows their differences.

**Table 1** Differences between two types of integrated RTN 310
Item	RTN 310 Housing an SHXA2 Board	RTN 310 Housing an SXA3 Board
Frequency band	13 GHz, 15 GHz, 18 GHz, 23 GHz, and 38 GHz	7 GHz, 8 GHz, 11 GHz, 13 GHz, 15 GHz, 18 GHz, 26 GHz, 28 GHz, 32 GHz and 38 GHz.
Power supply mode	Power over Ethernet or DC	Power over Ethernet
Service port	One GE optical port + one GE electrical port, or two optical ports	Two GE optical ports + one GE electrical port

NOTE:

Unless otherwise specified, the integrated RTN 310 mentioned in this document refers to the RTN 310 housing an SXA3 board.

Positioning

The RTN 310 is used to provide transmission solutions with low network construction cost for mobile communication networks and private networks.

Compared with the traditional split microwave equipment, the RTN 310 integrates all its functions in an outdoor chassis, thereby implementing zero footprint installation. Therefore, the RTN 310 can provide carriers with full-outdoor radio transmission solutions with low network construction cost and operating expense.

The RTN 310 supports flexible networking. RTN 310s can form ring or chain backhaul networks for various IP base stations on existing or new networks.

The RTN 310 supports 2048QAM, XPIC, PLA, and 1+1 HSB/FD/SD. It can provide high-bandwidth backhaul links for high-capacity 3G/LTE base stations.

The main RTN 310 applications on mobile communication networks are as follows:

RTN 310 independently form tree or ring backhaul networks to provide links with high capacity, bandwidth, and reliability for 3G/LTE base stations. See Figure 1.
The RTN 310 works with the existing OptiX RTN 900 to provide multi-directional aggregation sites and more functions. See Figure 2.
The RTN 310 works with the ATN to provide a microwave channel solution for transparent transmission on the IP RAN. See Figure 3.
Work with the RTN 380H housing MXXI5 boards to form a full-outdoor Super Dual Band solution. With this solution, zero footprint as well as large-bandwidth and long-distance mobile backhaul links can be provided. This solution applies to tail sites without outdoor cabinets or equipment rooms. See Figure 4.

Figure 1 Independent networking of RTN 310s

Figure 2 RTN 310 working with the OptiX RTN 900

Figure 3 RTN 310 working with the ATN

Figure 4 Working with the RTN 380H to form a full-outdoor Super Dual Band solution

Specifications

The RTN 310's specifications meet the requirements of mobile backhaul and private network backhaul.

Table 1 lists the main specifications of the RTN 310.

**Table 1** Main specifications of the RTN 310
Item	Specifications
Appearance
Microwave type	IP microwave over native Ethernet and over PWE3 Ethernet
Frequency bands	7/8/11/13/15/18/23/26/28/32/38 GHz
Channel spacings	7/14/28/40/56 MHz
Modulation schemes	QPSK Strong/QPSK/16QAM Strong/16QAM/32QAM/64QAM/128QAM/256QAM/512QAM/512QAM Light/1024QAM/1024QAM Light/2048QAM NOTE: The difference between strong/light modulation schemes and normal modulation schemes lies in FEC encoding parameters. Strong modulation schemes have stronger error correction capabilities, which means higher receiver sensitivity but lower air interface bandwidth. Light modulation schemes have poorer error correction capabilities, which result in lower receiver sensitivity but higher air interface bandwidth.
Capacity	Maximum air capacity: 500 Mbit/s Maximum air-interface service throughput: 1.5 Gbit/s Maximum switching capacity: 8 Gbit/s
RF configuration modes	1+0 configuration 2+0 configuration 1+1 HSB/FD/SD configuration Multi-directional site configuration XPIC configuration
Channel configuration modes	ACAP ACCP CCDP
AM	Supported
ATPC	Supported
Ethernet frame header compression	Supported
Super Dual Band	Support for working with the RTN 380H housing the MXXI5 board to form a full-outdoor Super Dual Band solution
PLA	Supported
LLDP	Supported
Service ports	Two FE/GE SFP ports One GE electrical port, which provides the Power over Ethernet (P&E) function
Service types	Native Ethernet services: E-Line service and E-LAN service PW-carried Ethernet services: E-Line service, E-Aggr service, and E-LAN (VPLS) service (VPLS standing for virtual private LAN service)
QoS/HQoS	Supported
MPLS tunnel	Supported
PWE3	Supported
Clock features	Supported clock sources: Microwave link clock Synchronous Ethernet clock IEEE 1588v2 time synchronization ITU-T G.8275.1 time synchronization
Power supply modes	Power over Ethernet (power supply through the PI or other specified power supply equipment)
Chassis dimensions (H x W x D)	7/8/11 GHz: 210 mm x 210 mm x 92.7 mm 13/15/18/23/26/28/32/38 GHz: 210 mm x 210 mm x 90 mm
Antenna	Single-polarized antennas and dual-polarized antennas with a diameter of 0.3 m to 1.2 m as well as the corresponding antenna feeder accessories

Site Configurations

RTN 310s, which can be cascaded, are not only able to form 1+0 sites, but also 2+0, cross polarization interference cancellation (XPIC), 1+1, and multi-direction sites.

1+0 Sites: A 1+0 site provides a one-direction working microwave link.

2+0 Sites: A 2+0 site provides two one-direction unprotected microwave links.

XPIC Sites: Cross polarization interference cancellation (XPIC) sites are special 2+0 sites. The two microwave links provided by an XPIC site operate at the same frequency, but their polarization directions are orthogonal. Any signal interference between the two microwave links is automatically canceled by the XPIC function.

1+1 Sites: A 1+1 site provides a microwave link protection system that comprises one main microwave link and one standby microwave link in the same direction. Depending on configurations, a 1+1 site can provide 1+1 hot standby (HSB), 1+1 frequency diversity (FD), or 1+1 space diversity (SD) protection for its microwave links.