IWAVE COMMUNICATIONS CO.,LTD
                                                                                                           
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23g 2X2 MIMO Point To Multiple Point Wireless SOC Development Board

Price Negotiable
Price: Negotiable
MOQ: 2
Delivery Time: 5-10days
Brand: IWAVE
Product Description

23g 2X2 MIMO Point To Multiple Point Wireless SOC Development Board

 

Introduction

 

 

 

 

 

 

 

 

 

The FDM-680X is a compact 2x2 200MW MIMO IP PtMP Wireless SOC Development Board, designed for long-range communication and high-data-volume airborne missions. For ultra-long-range applications, higher power configurations, such as a 10W MIMO model, are also available.

This system leverages FPGA architecture and supports multi-waveform capabilities, ultra-wideband operation, and high-speed frequency hopping in a star topology. It is capable of transmitting both data and video across point-to-point, point-to-multipoint, and multipoint-to-multipoint network configurations, making it ideal for flexible and scalable communication solutions.

52*46*2.9mm size makes it the smallest OEM wideband radio module and ideal candidate for system integration into small unmanned systems to perform in challenging environments, like indoor inspection of buildings or tunnels.

 

 

 

 

 

 

Advantages of Wireless SOC

 

 

 

 

  • Up to 100Mbps throughput

  • Enhanced GPS performance

  • 200MW total output power

  • Low latency – under 15ms for video and data

  • Optional AES128 encryption

  • Low power consumption, typically 5Watt

  • Range NLOS – >1km and single hop >10km air to ground

  • Adjustable Total Output Power (-40dbm~+25dBm)

  • Up to 64 nodes on a single frequency network

  • Data rate upto be 100Mbps

  • MIMO 2X2 wireless video transmitter and receiver

  • Two versions on the transmission distance: 20km, 50km and 150km(with external PA)

  • Designed for integration into disparate unmanned systems and sensors

  unmanned-communication-system.jpg

 

Specification of Wireless SOC

 

Functions

Description

Details

PCB Size

46.58±0 .15mm

52.00±0.15mm  

2.90±0.10mm

 

 

RF

Frequency

1.4Ghz: 1420-1530MHz

600Mhz: 566-678MHz

RF Power Level

23dBm±2(1.4Ghz)

23dBm±2(600MHz)

 

 

 

 

 

Sensitivity

1Mbps

1.4Ghz(14700 frequency point)

20MHz: -102dBm

10MHz: -100dBm

5Mhz: -96dBm

600Mhz(6200 frequency point)

20Mhz: -102dBm

10MHz: -100dBm

5MHz: -96dBm

5Mbps

1.4Ghz(14700 frequency point)

20MHz: -95dBm

10MHz: -87dBm

5Mhz: -85dBm

600Mhz(6200 frequency point)

20MHz: -95dBm

10MHz: -87dBm

5MHz: -85dBm

 

 

 

 

Interface

UART

3

HSIC

USB 2.0 High Speed

USB

USB 2.0 High Speed

I2C

2

GPIO

23

JTAG

0

Antenna

2

 

 

Power

VSYS

3.7V~4.35V(4V is suggested)

D1V8A

1.8V Power Output

D2V85A

2.85V Power Output

VCC_D3V3

3.3V Power Output

5V_FEM

Powering the RF PA chip

Master-slave node

Central Node  Configuration

Any node in the network can be configured as the master node.

Data Rate

All nodes share uplink and downlink system capacity data rate

Capacity

Supports the number of network nodes N≥2 and up to 64 service nodes or 63 IDLE state nodes.

Communication Mode

Any node in the network can be configured as the master node.

All nodes share uplink and downlink system capacity data rate

Access

Support multiple slave nodes to access the network simultaneously.

 

Data Rate

All slave nodes and master nodes share the working

bandwidth in one direction. Concurrent upstream and downstream (20Mhz, not less than 100Mbps)

Connection Status

All nodes in the network remain connected at all times.

Power Control

Adaptive adjust transmit power.

Boot up

Both master node and slave nodes support preset

Fixed Power

Fixed power configuration(modify master node only)

Fixed Frequency

Locking frequency configuration

 

Dimension.jpg

 

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company IWAVE COMMUNICATIONS CO.,LTD
Location No.858 Longhua East Road, Huangpu District, Shanghai, China
Contact Person Mia

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