The new Layerscape SoC family enables flexible support for 5G, Wi-Fi and cable systems in a single architecture for enterprise, home and carrier applications
Barcelona, ​​Spain - February 27, 2017 - (MWC2017) - NXP SemiconductorsTM NV (NASDAQ: NXPI), the global leader in advanced secure connectivity solutions, today announced the launch of a new fully programmable multi-processor Standard SoC series for multiple access technologies including 5G evolution. The Layerscape Access family addresses the needs of scalable solutions for enterprise and carrier wired and wireless networks, and the home gateway market. The series utilizes fully programmable technology to enable rapid deployment of next-generation platforms in these markets.
As the first product in the series, the LA1575 solves multiple standard challenges by implementing both 802.11ax, 802.11ad, and millimeter wave (mmWave) standards on a single SoC device. The product is targeted at markets such as enterprises and high-end home gateways. The LA1575 integrates a fully programmable PHY and MAC with acceleration technologies for 5G, Wi-Fi and wired protocols, allowing users to update and change with simple software upgrades and add new features.
LA1575
OEMs are the first to bring the LA1575 to market, using pre-approved standard versions, while ensuring that their final product can be quickly updated to a final release with differentiated functionality via software.
Tareq Bustami, senior vice president and general manager of NXP, said: "Completely programmable PHY and MAC are a disruptive technology that will fundamentally affect the way new standards are implemented. Ultimately, solution providers can not only deploy completely Programmable systems, and the speed at which these systems connect to the client is not inferior to any access technology. Customers' early involvement in the LA1575 also validates the benefits of our entire solution."
Jag Bolaria, Principal Analyst, Embedded Products, The Linley Group said: "The LA1575 extends NXP's 64-bit ARM® portfolio with physical layer and MAC layer processing capabilities, which are based on NXP's processing, wireless technology, and networking. Developed with extensive experience in the infrastructure sector, this new product will strengthen NXP's position as one of the leading providers of the broadest range of ARM 64-bit networking solutions."
The LA1575 achieves the best balance between programmable acceleration and dynamic PHY and MAC resource allocation between protocols, and meets the requirements of Power over Ethernet solutions. It was developed based on joint technical announcements and demonstrations at the 2016 Mobile World Congress.
Key elements of the LA1575 SoC:· Supports multiple standards for 5G, Wi-Fi (802.11 ac and 802.11ax) and cable systems
· Dynamic PHY and MAC resource allocation across multiple protocols at runtime
· Rapid deployment of evolution standards for mmWave, 802.11ax, 802.11ad and cable systems
· Performance and efficiency are no less inferior to hardwired solutions
· Full software implementation allows for a differentiated feature set and flexibility
· Leverage a large number of third-party ecosystem vendors and rich library resources for Layerscape and ARM 64-bit kernels
· Adopt the latest acceleration and security platform technology, reduce packet load and physical layer processing
· Samples will be available starting in April 2017
At the Mobile World Congress 2017 in Barcelona, ​​Spain, NXP sincerely invites visitors and media to visit our booth at E30 booth Fira Gran Via 7, in accordance with a confidentiality agreement.
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