For all of those who visited our booth at IWCE this year, thank you! We always cherish time with our customers and partners, and we want to keep the momentum going by providing everyone with some post-show updates! For those who were able to attend, you have already been introduced to Nevis—our latest narrow-band transceiver technology! For those who couldn’t attend IWCE this year, check out the demo videos below to experience the capabilities that ADI had on display.
We invite everyone to learn more below on how ADI’s transceiver technology and solutions enable a common platform SDR design, faster time to market, smaller and thinner radios, longer battery life, lower manufacturing cost, and simpler supply chain management. Their high performance and frequency agility make ADI’s narrow-band transceivers an optimal choice for radios that operate in congested, contested, and challenging environments.
ADI introduced Nevis—our next-generation narrow-band transceiver technology. Its integrated system features simplify radio design, and its advanced architecture is suitable for congested or contested radio environments where interference tolerance is critical. With a customer-programmable ARM core and suite of hardware accelerators, Nevis is the first ADI narrow-band transceiver to enable advanced digital signal processing at the edge. See how you can reduce the size, power, and cost of your next radio platform by utilizing a software defined modem.
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The ADRV9005 and ADRV9006 bring the rich capabilities and high performance of the Navassa Transceiver family to new markets and applications. The ADRV9005 delivers the high performance, power saving capability of digital predistortion (DPD) to single-channel radio systems, and the ADRV9006 provides a new option for cost-sensitive systems and applications. All devices within the Navassa family remain pin compatible, facilitating the deployment of transceiver capability to meet varying market needs.
Nevis is the first ADI narrow-band transceiver to enable advanced digital signal processing at the edge. Watch how this latest technology can help you reduce the size, power and cost of your next radio platform by utilizing a software defined modem.
The Jupiter Software-Defined Radio (SDR) is the next generation in the family of ADI's transceiver-based reference designs. Fully open source and built around ADI's Navassa Narrowband Transceiver, see how Jupiter can accelerate your next SDR system development from concept to completion.
Witness how Navassa enables safe and secure communications by shifting its transmit and receive channels to any frequency between 30MHz and 6GHz within 13us. This rapid channel diversity, which Navassa achieves without degrading system performance, reduces the device's RF signature, protecting both the communications and the people operating the radio.
ADI's ultra-low power GNSS receiver technology enables next generation positioning systems to achieve faster times to first fix, higher location accuracy and improved GNSS availability. With 4 software defined receive channels, <300mW power consumption and complete L-band coverage in a 7mm x 7mm package, ADI is bringing high performance and high reliability GNSS receive capabilities to devices where power and size are critical.
vProtean|M.2 SDR SoM
Analog Devices's ADRV9004 is a highly versatile, RF transceiver and excels in diverse use cases including communications, radar, SATCOM, SIGINT, patient monitoring and others. Vanteon has designed and manufactured the vProtean|M.2 specifically for our clients that wish to leverage the advantages of the ADRV9004 and to deploy on an industry standard.
Air Interface Protocol Stack Software
Etherstack offers mature, standards-compliant APCO P25, dPMR, DMR, MPT1327, TETRA and NATO Narrowband Waveform (STANAG 5630-5633) wireless communications protocol stack software for use with ADI’s narrowband transceiver technology. www.etherstack.com
RF System on Module (RF-SoM)
Introducing an integrated RF-SoM solution by ADRV9002 and Intel Cyclone V SoC. An open-sourced reference SDK and sample designs are available on GitHub for users. Onboard audio can be utilized for narrowband communication. UDP transmission sample design is available for UAV video transmission.