WiSig Networks Adopts Palma Ceia SemiDesign for IoT Application Targeting Agricultural Environments
SANTA CLARA, Calif., July 15, 2019 — Palma Ceia SemiDesign (PCS), a provider of next-generation wireless connectivity solutions, today announced WiSig Networks, an incubated company of Indian Institute of Technology Hyderabad, a developer of products for 5G wireless technology, has selected Palma Ceia’s NB-IoT transceiver for its latest product, an ecological monitoring and management system for use in agricultural applications. The companies entered into a 3-year multi-use agreement.
“The fact Palma Ceia’s IP is silicon-proven was key in our selecting it for this critical project,” said Dr. Kiran Kuchi, founding director of WiSig Networks. “The design margins indicate a predictable and high yield, giving us high confidence in the likelihood of success.”
The WiSig Networks project, designated WN101, is designed for use in agricultural environments. With the average farm in India consisting of only 2.5 acres, the potential market is vast.
“Partnering on connectivity solutions for applications as diverse as we have with WiSig Networks is a great opportunity to prove our technology in real-world conditions,” said James E. Flowers, co-founder and chief operating officer of Palma Ceia. “This enables us to deliver ‘battle-tested’ offerings to our customers and assure reliability.”
Palma Ceia’s PCS transceiver meets the performance requirements of 3GPP LTE Advanced Release 14 for NB-IoT, and supports a wide range of low-band and high-band frequencies. The transceiver utilizes a highly linear architecture offering operating margin exceeding 3GPP linearity requirements, as well as self-contained calibration and correction schemes for better performance and high yield.
About Palma Ceia SemiDesign
Palma Ceia SemiDesign, a Cayman Islands company, is a provider of communication IP and chips for next-generation WiFi and cellular applications. With a focus on emerging WiFi and LTE standards, PCS supports the design of high-performance devices for broadband, wireless, medical and automotive applications. Palma Ceia solutions are differentiated by low-power, high-performance designs and ease of integration. With worldwide operations headquartered in Hong Kong and with U.S. operations directed from Santa Clara, Calif., the company has design operations in Hong Kong and McKinney, Texas, as well as sales and support activities in China, Israel, Japan, Korea and Taiwan. Visit Palma Ceia SemiDesign on the web at www.pcsemi.com.
|
Palma Ceia SemiDesign Hot IP
Related News
- Palma Ceia SemiDesign Announces Silicon-Proven Dual Band LTE NB-IoT Transceiver for IoT Applications
- Palma Ceia SemiDesign Announces Silicon-Proven LTE NB-IOT Transceiver for IoT Applications
- Palma Ceia SemiDesign to Showcase Complete NB-IoT Solution during Synopsys ARC Processor Summit in Beijing
- Synopsys and Palma Ceia SemiDesign Collaborate to Develop a Complete Hardware/Software NB-IoT IP Solution
- PCS Releases New 3GPP LTE Release 14-Compliant NB-IoT Transceiver IP Supporting High-Band and Low-Band Operation
Breaking News
- Fractile raises $15m seed funding to develop radical new AI chip and unlock exponential performance improvements from frontier AI models
- Ceva Bluetooth Low Energy and 802.15.4 IPs Bring Ultra-Low Power Wireless Connectivity to Alif Semiconductor's Balletto Family of MCUs
- Agile Analog delivers customizable IP on GlobalFoundries' FinFet and FDX processes
- Ian Walsh appointed as Sondrel's Regional VP for America
- Systems Designed Today Must Support Post-Quantum Cryptography Tomorrow
Most Popular
- Imagination Technologies announces new capital investment from Fortress Investment Group
- Alphawave Semi: Q2 2024 Trading and Business Update
- Agile Analog delivers customizable IP on GlobalFoundries' FinFet and FDX processes
- Efinix Releases Topaz Line of FPGAs, Delivering High Performance and Low Power to Mass Market Applications
- Comcores supports BAE systems as a key partner with JESD204C IP
![]() |
E-mail This Article | ![]() |
![]() |
Printer-Friendly Page |