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ATC500

Base Board for Wideband Massive MIMO Software Defined Radio

  • Dual Virtex UltraScale+ VU13P provides massive DSP power using over 24,000 FPGA DSP slices to deliver up to 12TMACs per second/per board
  • Backplane connections support full mesh fabric at 100G
  • Network synchronization distributes reference and radio frame clocks across multiple ATC500 boards
  • Built-in TX and RX reference for antenna port phase alignment and calibration to support massive MIMO
  • Highly integrated patent-pending radio modules built using four ADRV9009 enhanced by RF DSPs advanced algorithms
  • Each board supports dual high-performance radio modules and scalable to 12 boards with super low jitter among all RF ports

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The ATC500 is an AdvancedTCA Blade whose patent-pending architecture supports a scalable and flexible integrated platform for Wideband Massive MIMO Software Defined Radio.

The two XCVU13P FPGAs provide 100GbE connections to the backplane for full mesh connectivity, plus 100GbE connections to the Zone 3 RTM for further I/O expansion. The FPGAs can be used to implement MIMO PHY processing including FFT, channel estimation, FEC En/Decode and MU-MIMO beamforming.

Applications include:

  • Airborne MIMO radio for secure, high reliability, high spectrum efficiency and high throughput wireless communication.
  • Recording and playback of sixteen 200 MHz RF paths per blade.
  • Zero-forcing coding to defeat eavesdropping
  • Beamforming for highly efficient, simultaneous jamming and secure communication
  • Fixed wireless access by massive MIMO spatial multiplexing
  • 5G/LTE/4G networks

The ATC500 is also excellent for ASIC verification, AI-Machine learning inference, configurable and dynamically allocable DSP processing for Software Defined Network (SDN).

When fully populated, each ATC500 supports 16T16R TDD or 8T8R FDD, frequency agile from 300 MHz to 6 GHz. On-board synchronization, calibration circuits and algorithms support phase alignments across all RF ports, which can be extended across multiple carriers to provide over 2 GHz bandwidth of modulation and waveform.

When used in a 6-slot full mesh chassis (such as VT830) the system can be scaled up to 64T64R with only four blade or 192T192R with 12 blades in the system such as VadaTech VT820/VT822/VT825. It supports sub 6GHz bands out-of-box and can function as the IF to support mmwave with custom radio frontend, with bandwidth from 400 MHz to over 2 GHz.

RF DSP Inc (www.rfdsp.com) can provide a 5G NR MIMO Radio unit which supports ORAN/XRAN flexible PHY partition with FEC encoding/decoding and DSP offload that features:

  • From 4T4R and 8T8R small cell to massive MIMO 64T64R and 128T128R macro cell.
  • Multi-Channel signal generators and signal analyzers up to 2 GHz modulation bandwidth from 8 -192 channels.
  • Massive Data Acquisition Systems in one compact form factor with full scalability.

The ATC500 supports two Radio Modules (each has four ADRV9009) and can be configured with single or dual FPGAs. It has an option for a Rear Transition Module (RTM), ART500A. The modules provides QSFP28 ports, GPS receiver, GbE, and other I/O via the rear. Please consult the ART500 data sheet for more information.

The ATC500 implements IPMI 2.0 for its management and payload.

Key Features
  • Dual Virtex UltraScale+ VU13P provides massive DSP power using over 24,000 FPGA DSP slices to deliver up to 12TMACs per second/per board
  • Backplane connections support full mesh fabric at 100G
  • Network synchronization distributes reference and radio frame clocks across multiple ATC500 boards
  • Built-in TX and RX reference for antenna port phase alignment and calibration to support massive MIMO
  • Highly integrated patent-pending radio modules built using four ADRV9009 enhanced by RF DSPs advanced algorithms
  • Each board supports dual high-performance radio modules and scalable to 12 boards with super low jitter among all RF ports
Benefits
  • Integrated platform for Wideband MIMO Software Defined Radio
  • Wideband TDD or FDD MIMO scalable from 4T4R to 128T128R and continuous signal bandwidth from 200 MHz to over 2 GHz of programmable modulation and waveform
  • Airborne MIMO radio applications, satellite communication, ultra-wideband RF playback and recording, spectrum monitoring, fully digital phased array and direction finding
  • Beamforming for highly efficient simultaneous jamming and secure communication
  • Complete integrated solution available from a single vendor
  • Electrical, mechanical, software, algorithm and system-level expertise in house
  • AS9100 and ISO9001 certified company
Specifications
Specifications

Block diagram

White Papers
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  • Split power distribution (odd slots on A1/B1,even slots on A2/B2)
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View product VT830 Data Sheet

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