USRP B310 OEM USRP B310 OEM
USRP B310 OEM Front USRP B310 OEM Front
USRP B310 OEM Side USRP B310 OEM Side
USRP B310 OEM Angled USRP B310 OEM Angled

USRP B310 (OEM)

ETTUS USRP B310 (2 TX AND 2 RX, 100MHZ, 350MHZ TO 7.2GHZ SDR), OEM CONFIGURATION

The USRP B310 OEM is a 2×2 software defined radio in a standard PCIe card format without a heat sink or faceplate. This model is designed to be used inside integrated systems.

NOTE: Do not use this model stand alone. The USRP B310 OEM is designed as a subsystem component for integration into a complete end-product. Integrators are responsible for providing enclosure, thermal management, airflow, and environmental protection appropriate for their application. For stand alone operation, please use the USRP B310 PCIe.

Overview

Overview

The NI Ettus USRP B310 is an entry-level software defined radio designed for research, prototyping, and deployment for next-generation wireless technologies. It has two transmit and two receive channels, each with up to 100 MHz bandwidth and 2 LOs for independent frequency tuning between 350 MHz and 7.2 GHz. Multi-device synchronization supports up to four B310 devices without external hardware. The B310 is available with Thunderbolt™ 3 bus for lab use and as a PCI Express plug-in card for easy system integration or native GPU coprocessing.

The USRP B310 OEM configuration is a B310 in a standard PCIe card format without a heat sink or faceplate. This model is designed to be used inside integrated systems.

NOTE: Do not use this model stand alone. The USRP B310 OEM is designed as a subsystem component for integration into a complete end-product. Integrators are responsible for providing enclosure, thermal management, airflow, and environmental protection appropriate for their application.  For stand alone operation, please use the USRP B310 PCIe.

Features

Features

  • 350MHz to 7.2 GHz frequency range
  • Up to 100 MHz Bandwidth
  • 2 TX, 2 RX channel
  • 2 Independent LOs
  • Synchronization with built in GPSDO, 10 MHz clock reference and PPS time reference, or Multi-Device-Synchronization (8×8 without external hardware)
  • PCIe plug-in card form factor
  • 10 MHz and PPS reference import, GPSDO
  • GPIO, JTAG control
  • User-programmable AMD Kintex K325T FPGA
  • USRP Hardware Driver™ (UHD) open-source software API version 4.11 or later
Block Diagram

Block Diagram

B310 PCIe block diagram B310 PCIe block diagram Click on image to enlarge
Additional Resources

Overview

The NI Ettus USRP B310 is an entry-level software defined radio designed for research, prototyping, and deployment for next-generation wireless technologies. It has two transmit and two receive channels, each with up to 100 MHz bandwidth and 2 LOs for independent frequency tuning between 350 MHz and 7.2 GHz. Multi-device synchronization supports up to four B310 devices without external hardware. The B310 is available with Thunderbolt™ 3 bus for lab use and as a PCI Express plug-in card for easy system integration or native GPU coprocessing.

The USRP B310 OEM configuration is a B310 in a standard PCIe card format without a heat sink or faceplate. This model is designed to be used inside integrated systems.

NOTE: Do not use this model stand alone. The USRP B310 OEM is designed as a subsystem component for integration into a complete end-product. Integrators are responsible for providing enclosure, thermal management, airflow, and environmental protection appropriate for their application.  For stand alone operation, please use the USRP B310 PCIe.

Features

  • 350MHz to 7.2 GHz frequency range
  • Up to 100 MHz Bandwidth
  • 2 TX, 2 RX channel
  • 2 Independent LOs
  • Synchronization with built in GPSDO, 10 MHz clock reference and PPS time reference, or Multi-Device-Synchronization (8×8 without external hardware)
  • PCIe plug-in card form factor
  • 10 MHz and PPS reference import, GPSDO
  • GPIO, JTAG control
  • User-programmable AMD Kintex K325T FPGA
  • USRP Hardware Driver™ (UHD) open-source software API version 4.11 or later

Block Diagram

B310 PCIe block diagram B310 PCIe block diagram Click on image to enlarge