Vendor: Comsis Category: Wi-Fi

Wi-Fi WPA3 MAC

The Wi-Fi™ Protected Access 3 WPA3™ is a set of mandatory features to support for Wireless Local Area Network from the IEEE 802.1…

Overview

The Wi-Fi™ Protected Access 3 WPA3™ is a set of mandatory features to support for Wireless Local Area Network from the IEEE 802.11 set of specifications. It is designed to strengthen the security of Wi Fi networks and is based on the IEEE 802.11i security amendment ( also labelled as WPA ™ and WPA2 ™ by the Wi Fi Alliance I t enforces the protection of management frames as specified in the IEEE 802.11w amendment, introduces the SAE ( Simultaneous Authentication of Equals ) key excha nge algorithm and mandates the use of equivalent 192 bit cryptographic strength ciphers in WPA3 Enterprise mode

Under Development and implementation by Comsis the IP addresses all industrial Wi Fi markets that need strong data confidentiality and integrity, as well as users authentication . This IP complete s Comsis IPs portfolio (802.11a/b/g/n/i/e/p/

? Secure and field proven technology

The IP with its enhanced security extension will be is dedicated to Robotics and Factory 4.0 . A simple deployment will soon be operational at Comsis ready for demonstration purposes. Contact Comsis to book your demo, remotely or on site.

? Flexible, scalable, and easy to install

Thanks to a Reference User Manual, a Reference design documentation FPGA /microcontroller synthesis and simulation scripts AD RF daughter card and Avnet SoC dev board the IP is easy to install and handle as illustrated hereafter

Key features

  • MAC Features
    • Legacy security system
      • WEP: RC4 stream cipher
    • WPA/WPA2 security system (IEEE 802.11i)
      • TKIP: m essage i ntegrity check , countermeasures, sequence counter an key mixing function
      • CCMP: AES 128 in CTR mode with CBC MAC
      • Four way handshake authentication
    • Protection of Management Frames (IEEE 802.11w)
    • Personal mode (Pre Shared Key)
      • Simultaneous Authentication of Equals (IEEE
    • Enterprise mode (IEEE 802.1X)
      • GCMP : Galois/Counter Mode (IEEE
      • AES 256 and HMAC SHA 384 (IEEE
    • AP and STA s ecurity features

Benefits

  • SoC architecture
  • Scalable solution
  • On demand customization available

Applications

  • Digital camera
  • Wearable
  • Digital audio display
  • SmartHome
  • Industrial Sensor in factory 4.0
  • Entry market smart phones and tablets

What’s Included?

  • Fully synthesizable RTL Verilog code
  • C code
  • Documents (user guide, reference manual)
  • Support

Specifications

Identity

Part Number
C6i2_Wi-Fi WPA3
Vendor
Comsis
Type
Silicon IP

Files

Note: some files may require an NDA depending on provider policy.

Provider

Comsis
HQ: France
Comsis, is a Paris-based company specialized in the development of Wi-Fi Intellectual properties (IPs). Founded and led by CEO Philippe Leclair, Comsis has developed breakthrough and hardware agnostic & silicon proven IPs solutions that address the challenges of Wi-Fi evolution and 5G convergence. Comsis Wi-Fi technology has direct and immediate commercial applications in indoor and outdoor environments. It includes Internet access, secure IoT, factory 4.0, coverage of long range dead-zones, highly secure networks with very high quality of service protocols and low power consumption of its IPs architecture. Given the range of applications and the massive increase in connected devices projected over the coming years, where Wi-Fi will play a major role, the total addressable market for Comsis is significant.

Learn more about Wi-Fi IP core

Frequently asked questions about Wi-Fi IP cores

What is Wi-Fi WPA3 MAC?

Wi-Fi WPA3 MAC is a Wi-Fi IP core from Comsis listed on Semi IP Hub.

How should engineers evaluate this Wi-Fi?

Engineers should review the overview, key features, supported foundries and nodes, maturity, deliverables, and provider information before shortlisting this Wi-Fi IP.

Can this semiconductor IP be compared with similar products?

Yes. Buyers can compare this product with similar semiconductor IP cores or IP families based on category, provider, process options, and structured technical specifications.

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