LTE is the fastest growing wireless technology in the history of the cellular industry. Through the combination of a wired-like broadband user experience and dramatically lower cost per-bit, LTE enables the much anticipated connectivity explosion known as the “Internet of Everything.”
Whether your company targets consumer markets, enterprise, M2M (machine to machine) or other vertical markets, LTE is the technology which will eventually replace most WAN (wide area network) technologies such as 2G and 3G.
In sharp contrast to the complexity and sophistication of LTE, one of the most advanced wireless technologies to have ever been developed, device makers expect simplicity in integration, minimal investment and a short time to market in order to remain competitive in today’s market dynamics. Not less important, they must maintain competitive performance and cost. They expect their semiconductor solutions to combine the highest performance, lowest power consumption, smallest size, and most competitive cost.
Altair offers exactly that.
HOD HASHARON, Israel – May 19, 2015 – Altair Semiconductor (www.altair-semi.com), a leading provider of LTE chipsets, today announced that its FourGee-3800/6300 Category 4 (CAT-4) chipset powers Quanta’s new tri-band 13, 4, 2 M.2 module,…
Around this time last year, I wrote a post titled “These Smart Watches Better Sell” for this blog. It was a short piece with a simple message: A lot of time and money had been…
Reuters - Altair Semiconductor said on Wednesday it has developed a new technology that will allow small devices like security alarms and electricity meters to connect to fourth generation (4G) mobile networks more efficiently.