Low Latency Modem Platform
Interface systems, custom designs, and full integration support available
Powering the world’s fastest data links
Our platforms can be designed to meet specific customer requirements associated with form factor, connector type, RF filtering and much more. These systems can use our stock Crimson TNG platform as a base for a system capable of meeting and exceeding customer requirements for low latency applications.
With the option of on-board data storage and the flexibility and adaptability provided by the FPGA and DSP resources, Per Vices platforms make it easy to change protocols, modify algorithms, and analyze trends in data.
Low Latency Block Diagram - Rx
Low Latency Block Diagram - Tx
Crimson TNG, Chestnut & Cyan can be configured for any system through:
- Adjustable RF bandwidth
- Custom number of receive and transmit channels
- Custom FPGA building
Documentation
Applications
- Low Latency Point-to-Point Links
- Distributed Networks
- Civil & Defense Communications
- High Frequency Trading
- Public Safety
Features
- User specified reliability vs latency trade-offs
- Multiple latency & reliability configurations
- Fully integrated radio chains
- RF & digital signal processing in one platform
- Automatic link establishment & management
Crimson TNG
- 4 Rx and 4 Tx RF channels
- Over 1200 MHz RF bandwidth in total
- Operating frequency DC to 6 GHz
- Dual 10 Gbps SFP+ ports
- Intel Arria V ST FPGA SoC
- Compact form factor (1U rackmount)
Chestnut
- 4 Rx and 4 Tx channels
- 500 MHz RF bandwidth per channel
- Operating frequency DC to 9 GHz
- Dual 100 Gbps qSFP+ ports
- Intel Arria 10 FPGA SoC
- Compact form factor (2U rackmount)
Cyan
- Up to 16 RF channels
- Over 1 GHz RF bandwidth per channel
- Operating frequency DC to 18 GHz
- Quad 40 Gbps qSFP+ ports
- Intel Stratix 10 FPGA SoC
- Compact form factor (3U rackmount)
Integration
As a provider with extensive experience in both the SDR solutions and integration support for all customers, Per Vices makes it easy for customers to include new high performance SDRs into their new and existing systems. We work with you to provide scaled implementation and testing to follow your organizations needs and timeline. We offer: site and equipment planning, hardware deployment, expected performance calculations, customization to meet specific hardware and software interfaces, monitoring and maintenance packages, custom filtering through hardware, and more.
Per Vices has experience designing and developing hardware, firmware, and software that offer:
- Low latency modem cores
- Filtering
- Custom FPGA development
- Size, weight, and power (SWaP)
- Sensitivity
- Multiple-input multiple-output (MIMO)
Articles
Why Is Latency Important in SDRs?
everythingRF
2021-10-13
When it comes to software defined radio (SDR) applications requiring time sensitive reception and processing of signals, latency is of great concern. Components, devices and computing which contribute to latency in Per Vices SDRs are discussed here...
(Read more)
Improving High-Frequency Trading
Traders Magazine
2021-08-17
Improving High-Frequency Trading: Using Artificial Intelligence, Machine Learning and Software Defined Radios to Break Down Technological Barriers.High frequency trading (HFT) has turned into an arms race of acquiring data and executing on it...
(Read More)
Low Latency Software Defined Radios for Point-to-Point Networks
everythingRF
2020-06-29
There has been industry buzz around software defined radio (SDR) over the last several decades, however, older systems provided solutions for hobbyists with limited application in a commercial setting. Since then,.....
(Read More)
Low Latency Radio System Design Considerations
everythingRF
2021-01-20
The design of radio communication networks often focuses on considering factors such as bandwidth, operating frequency, and latency. This article focuses on the design considerations required to achieve low latency performance — a guide on the....
(Read More)
Media + Resources Page.