Power is one of the biggest design challenges in #mmWave# systems. As bandwidth demands increase, so do power consumption and thermal constraints. At Sivers Semiconductors, we're addressing these challenges through advanced beamforming, highly integrated RF architectures, and optimized antenna designs, helping customers deliver higher performance with lower power consumption. Learn more: #mmWave# #RF# #Wireless# #Semiconductors# #Beamforming#

🚀 We're hiring! Join Sivers Semiconductors and help develop the next generation of SatCom, 5G, 6G, Photonics & Silicon Photonics technologies. We're looking for experienced Custom IC Layout Engineers with expertise in RF & mmWave IC layout, verification, and full-chip integration. For more details and to apply, visit: #Hiring# #RFIC# #MMWave# #Semiconductors# #Photonics# #5G# #6G# #SatCom# #EngineeringJobs#

Sivers is excited to announce a $1.5M development agreement with #TachyonNetworks# Together, we’re advancing a next-gen 60GHz beamforming transceiver and expanding our 28GHz collaboration into 60GHz for #FWA#! #FWA# #mmWave# #WirelessInnovation#

THE SEMICONDUCTOR ECONOMY INSIDE THE IPHONE 17 PRO It's really wild to see how one $AAPL iPhone 17 Pro is essentially a semiconductor economy in your pocket with 12 companies each capturing a different piece of the compute, connectivity, power, sensing and materials stack: 1. $TSM manufactures Apple's A19 Pro processor on its most advanced chipmaking technology turning Apple's chip designs into physical silicon at massive scale. 2. $AVGO supplies RF front end components and wireless charging technology (though Apple's new N1 chip displaced Broadcom as primary Wi-Fi & Bluetooth supplier this generation). 3. $GLW supplies cover glass and Ceramic Shield so essentially the material layer protecting the display and back panel. 4. $QCOM supplies Snapdragon X80 modem in the Pro models which is the last generation before Apple's C2 takes over and reason it stayed is mmWave support that Apple's own C1X lacks. 5. $STM supplies chips used around Face ID, cameras & power management helping Apple control sensors and photographic hardware. 6. $NXPI supplies connectivity controllers including NFC, secure payment hardware and USB Type C control helping iPhone communicate with accessories and contactless systems. 7. $CRUS supplies audio and power chips that help drive the speakers, microphones and other audio functions while efficiently managing power delivery. 8. $TXN supplies analog and power chips used for battery charging, camera flash control and display power so basically managing how electricity moves through parts of the phone. 9. $ADI supplies power conversion and charging chips that regulate voltage and make sure different parts of the phone receive right amount of electricity. 10. $SONY supplies CMOS image sensors, the physical light-capture hardware behind every camera on the phone. 11. $QRVO supplies RF front end modules that filter and amplify cellular signals so the phone can communicate efficiently across different frequency bands. 12. $SWKS supplies additional RF components used to strengthen and manage wireless signals between iPhone and cellular networks.

Defense systems require reliable #communication# and sensing in complex conditions. Performance must hold across long distances, changing environments, and real-time scenarios. #Photonics# and high-frequency #wireless# support these requirements through high-speed data transfer and secure #connectivity#. 🛰️ Sivers develops solutions for these types of applications, with advanced #mmWave# technology for mission-critical operations. Learn more about Sivers' #defense# solutions: