Peraso Technologies Inc

New Wireless Chipsets Can Drive Simultaneous 4K Monitors
Agricultural & Farming Products

New Wireless Chipsets Can Drive Simultaneous 4K Monitors

The Wireless Video Products are offered with MA-USB protocol (wireless docking solution). The WiGig wireless technology is suitable for video conferencing applications where near real-time response between participant is required. The WiGig is used in wireless displays and productivity applications in which near-zero latency is needed. This 60 GHz WiGig technology offers latency levels in the...

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V125 WiGig Reference Design enhances VR user experience.
Electronic Components & Devices

V125 WiGig Reference Design enhances VR user experience.

Designed for Wireless Virtual Reality, V125 WiGig Reference Design provides 60 GHz WiGig connectivity to untether VR headsets. Delivering multi-gigabit speeds, zero latency and no interference, V125 chipset allows headset designers to decouple CPU from the device during unparalleled VR experience. V125 optimizes wireless VR link with the combination of an antenna and a beam-tracking algorithm and...

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Communication Systems & Equipment

Peraso Demonstrates World's First WiGig USB Dongle at Computex 2016

Interoperability with WiGig AP Essential for Industry Ecosystem TORONTO - Peraso Technologies Inc., a leader in Wireless Gigabit (WiGig®) chipsets, announced today the company will be demonstrating interoperability between its USB dongle reference design and a WiGig wireless AP.Â- As several AP suppliers had announced products at CES 2016 (TP-Link, NetGear, Elecom), it's critical...

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Electrical Equipment & Systems

Peraso PRS4000 Baseband SOC Selected by InterDigital for mm-Wave Mesh Backhaul

Innovative WiGig Solution Unveiled at Mobile World Congress 2015 TORONTOÂ- — Peraso Technologies Inc. a fabless semiconductor company specializing in the development of mm-wave wireless chipsets, announced today that InterDigital, a mobile technology research and development company, has selected its PRS4000 series of baseband SOCs as an integral component for their innovative backhaul...

Read More »
Communication Systems & Equipment

Peraso 60 GHz Solution Selected by Intracom Telecom for Small Cell Backhaul

Highly integrated RF solution designed into disruptive backhaul product, on display at Mobile World Congress 2015 TORONTOÂ- – Peraso Technologies Inc., a fabless semiconductor company specializing in the development of mm-wave wireless chipsets, today announced that its 60 GHz WiGig RF integrated circuits have been selected by Intracom Telecom as part of its StreetNode™ series of...

Read More »
Electrical Equipment & Systems

Baseband Chip targets wireless backhaul applications.

Featuring 802.11ad compliant MAC/PHY, USB 3.0 system interface, and analog I/Q for seamless use with 60 GHz RF ICs, Model PRS4000 supports flexible software architecture, which allows customers to add proprietary functionality to baseline operation of device. Typical applications include high-speed mobile connectivity, small cell backhaul, transportation, and medical equipment.

Read More »
Communication Systems & Equipment

Transmitter and Receiver Modules support wireless backhaul.

Featuring standardized WR15 Waveguide Interface with +8 dBm P1dB output power, 60 GHz PRS2122 Transmitter and PRS2123 Receiver support rapid growth of multi-gigabit wireless Ethernet applications such as small cell backhaul, enterprise wireless infrastructure, and point-to-point links.Â- Key attributes of 802.11ad modules include extremely low transition loss of less than 1...

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Communication Systems & Equipment

Compact 60 GHz Transceiver targets mobile applications.

Supplied in 7 x 7 x 0.6 mm package with integrated antennas, PRS1021 targets such emerging mobile applicationsÂ- as multi-gigabit wireless I/O and HD wireless display. Tx power consumption is 310 mW at 16.5 dBm EIRP, and Rx power consumption of 270 mW. Exhibiting sub-millisecond latency, transceiver is fully compatible with WiGig v1.1 and Draft IEEE 802.11ad specifications at PHY...

Read More »
New Wireless Chipsets Can Drive Simultaneous 4K Monitors
Agricultural & Farming Products

New Wireless Chipsets Can Drive Simultaneous 4K Monitors

The Wireless Video Products are offered with MA-USB protocol (wireless docking solution). The WiGig wireless technology is suitable for video conferencing applications where near real-time response between participant is required. The WiGig is used in wireless displays and productivity applications in which near-zero latency is needed. This 60 GHz WiGig technology offers latency levels in the...

Read More »
V125 WiGig Reference Design enhances VR user experience.
Electronic Components & Devices

V125 WiGig Reference Design enhances VR user experience.

Designed for Wireless Virtual Reality, V125 WiGig Reference Design provides 60 GHz WiGig connectivity to untether VR headsets. Delivering multi-gigabit speeds, zero latency and no interference, V125 chipset allows headset designers to decouple CPU from the device during unparalleled VR experience. V125 optimizes wireless VR link with the combination of an antenna and a beam-tracking algorithm and...

Read More »
Communication Systems & Equipment

Peraso Demonstrates World's First WiGig USB Dongle at Computex 2016

Interoperability with WiGig AP Essential for Industry Ecosystem TORONTO - Peraso Technologies Inc., a leader in Wireless Gigabit (WiGig®) chipsets, announced today the company will be demonstrating interoperability between its USB dongle reference design and a WiGig wireless AP.Â- As several AP suppliers had announced products at CES 2016 (TP-Link, NetGear, Elecom), it's critical...

Read More »
Electrical Equipment & Systems

Peraso PRS4000 Baseband SOC Selected by InterDigital for mm-Wave Mesh Backhaul

Innovative WiGig Solution Unveiled at Mobile World Congress 2015 TORONTOÂ- — Peraso Technologies Inc. a fabless semiconductor company specializing in the development of mm-wave wireless chipsets, announced today that InterDigital, a mobile technology research and development company, has selected its PRS4000 series of baseband SOCs as an integral component for their innovative backhaul...

Read More »
Communication Systems & Equipment

Peraso 60 GHz Solution Selected by Intracom Telecom for Small Cell Backhaul

Highly integrated RF solution designed into disruptive backhaul product, on display at Mobile World Congress 2015 TORONTOÂ- – Peraso Technologies Inc., a fabless semiconductor company specializing in the development of mm-wave wireless chipsets, today announced that its 60 GHz WiGig RF integrated circuits have been selected by Intracom Telecom as part of its StreetNode™ series of...

Read More »
Electrical Equipment & Systems

Baseband Chip targets wireless backhaul applications.

Featuring 802.11ad compliant MAC/PHY, USB 3.0 system interface, and analog I/Q for seamless use with 60 GHz RF ICs, Model PRS4000 supports flexible software architecture, which allows customers to add proprietary functionality to baseline operation of device. Typical applications include high-speed mobile connectivity, small cell backhaul, transportation, and medical equipment.

Read More »
Communication Systems & Equipment

Transmitter and Receiver Modules support wireless backhaul.

Featuring standardized WR15 Waveguide Interface with +8 dBm P1dB output power, 60 GHz PRS2122 Transmitter and PRS2123 Receiver support rapid growth of multi-gigabit wireless Ethernet applications such as small cell backhaul, enterprise wireless infrastructure, and point-to-point links.Â- Key attributes of 802.11ad modules include extremely low transition loss of less than 1...

Read More »
Communication Systems & Equipment

Compact 60 GHz Transceiver targets mobile applications.

Supplied in 7 x 7 x 0.6 mm package with integrated antennas, PRS1021 targets such emerging mobile applicationsÂ- as multi-gigabit wireless I/O and HD wireless display. Tx power consumption is 310 mW at 16.5 dBm EIRP, and Rx power consumption of 270 mW. Exhibiting sub-millisecond latency, transceiver is fully compatible with WiGig v1.1 and Draft IEEE 802.11ad specifications at PHY...

Read More »

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