SWIFT Radios for CubeSats

The SWIFT radios are a family of software-defined radios designed to provide high-performance communications for CubeSats and other small spacecraft. SWIFT radios are built on a modular platform, using a common baseband board combined with one or more RF frontends optimized for each application. This modular design enables frequency and bandwidth flexibility. SWIFT modules are compatible with Type-1 encryption modules, and can support AES-256 encryption natively. Their form factor is compatible with the Colony 2 CubeSat bus (82x82mm boards), and they can be chassis-mounted for larger nanosatellite applications.

SWIFT-SDR Brochure

The SWIFT SDR family includes transmitter and receiver solutions covering a wide range of frequencies, including:

All SWIFT software defined radios share a common link-layer software architecture called SWIFT-LINK. SWIFT-LINK provides abstracted and frequency-agnostic multi-network, multi-channel, full-duplex communications support.

SWIFT-SDRs with SWIFT-LINK can provide compatibility with a wide spectrum of existing networks, interfaces, and protocols, including:

Networks

  • NEN/DSN: CCSDS TC/TM, Raw bit-sync
  • USN: SLGS, CCSDS
  • AFSCN: SGLS, USB
  • SpaceFlight Networks
  • Custom/commercial/private
  • Crypto units such as the KI-55 and GNOME.
Physical Interfaces
  • RS-232/422/485
  • LVDS
  • 3.3V CMOS/TTL
  • CAN/SPI/I2C
  • 10/100 Ethernet
  • MIL-STD-1553

Protocols

  • Sync. Clock+Data (200 Mbps)
  • Dual SpaceWire (100 Mbps)
  • Dual UART (10 Mbps)
  • HDLC Framing
  • UDP/TCP/IP
  • GPIO for Rx IRQ/Tx Enable

 

These RF front ends can be combined and augmented with customized communications protocols to implement solutions for a wide range of small satellite communications needs, including:

SWIFT-RelNav - Relative Navigation, Sync, and Intersat Comm

TUI's SWIFT-RelNav Sensor is a RF-based system that provides relative range and attitude determination capabilities as well as intersatellite communications and timing synchronization for formations of spacecraft without requiring an external reference signal. The RelNav Sensor provides relative attitude sensing to better than 1° accuracy, range sensing between satellites to better than 10 cm accuracy, intersat crosslink communications at ≥ 12 Mbps, and timing and frequency synchronization to better than 1 ns, 0.1ppb.

Availability: EMs and FMs available now

SWIFT - AFSCN

The SWIFT-AFSCN is a programmable SGLS/USB radio for CubeSats designed to communicate with AFSCN ground stations. It is built upon a high-performance SDR architecture that provides software control to key radio parameters, including frequencies/channels, waveforms, and modulation parameters. It provides for simultaneous reception on both SGLS and USB bands, and transmissionon on S-Band with over 30 MHz bandwidth. SWIFT-AFSCN also provides integrated AES-256 encryption.

Availability: EMs and FMs available now

SWIFT-AFSCN

SWIFT-TacSatComm

The SWIFT-TacSatComm is a UHF communications subsystem for CubeSats designed to enable these low-cost satellites to communicate with standard military issue handheld radios.

Availability: EMs and FMs available now

SWIFT-WRX - Wide Band Receiver

TUI is developing a wide-band receiver to enable CubeSats to receive signals across a very wide range of frequencies. First generation SWIFT-WRX units will receive signals across the range of 50 MHz - 7 GHz. TUI intends in the future to expand this range to 50 MHz-19 GHz.

Availability: EM now, FM please call

SWIFT-XTS - 300 Mbps X-band downlink + SGLS/USB/ISM Transceiver

SWIFT-XTS provides small satellites with a high- throughput downlink in X-band and a robust S- band transceiver in a compact package. The waveform and coding agility of the software defined radio enables a wide range of link margins to suit multiple missions and multiple mission profiles.

Availability: EMs and FMs available now

SWIFT-KTX - K-band transceiver

The SWIFT-KTX is a Ka-band transceiver that can provide high-speed uplink and downlink capability at frequencies of 17-36 GHz with 100 MHz of bandwidth.

Availability: EM 2016Q4

 

CAD solid model files of many of these products are available to aid you in satellite configuration efforts.  Please contact us to request access to the file repository.

 

For more information on Tethers Unlimited's SDR technologies, please | Contact TUI |

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