GuardKnox Partners with Lattice to Offer Advanced Connectivity Solutions for Automotive Industry

<br /> GuardKnox Partners with Lattice to Offer Advanced Connectivity Solutions for Automotive Industry<br />

PR Newswire

The integration of GuardKnox’s high-performance Communication Engine and low power Lattice FPGA solutions will enable the foundation of next-gen E/E architecture

DETROIT

,

Jan. 5, 2023

/PRNewswire/ —

GuardKnox

, an automotive technology company enabling next-gen driver-centric mobility, today announced a collaboration with

Lattice Semiconductor

(NASDAQ: LSCC), the low power programmable leader, to develop a cost-effective and flexible solution to strengthen the foundation of advanced Electrical/Electronic (E/E) architecture. The integrated routing solution uses GuardKnox’s high-performance CommEngine™ running on Lattice’s low power FPGA solutions will bolster the Automotive market with high speed and advanced connectivity solutions for vehicular functions.

As the Automotive market evolves with new sophisticated applications including Advanced Driver Assistance Systems (ADAS), in-vehicle UX, increased flexibility, faster development cycles, and increased power efficiency have become essential requirements. Offering ultra-low latency, high flexibility, CPU offloading, and deterministic delay with built-in security, the combined GuardKnox and Lattice solution will help speed time to market on next-gen zonal gateway development for the E/E architecture behind these advanced applications.

“We are excited to collaborate with GuardKnox, a global leader in automotive technologies, to provide OEMs and Tier 1 supplier with a wide array of automotive-grade FPGAs that offer best in class low power consumption, security, reliability, and performance. We look forward to enabling next generation driver experiences with advanced in-vehicle applications,” said

Mark Hoopes

, Director of Industrial & Automotive Segment Marketing at Lattice Semiconductor.

“The key to producing the innovative and connected cars of the future is to design vehicles with the driver at the forefront,” said

Moshe Shlisel

, CEO of GuardKnox. “The GuardKnox and Lattice collaboration will fortify the necessary communication speeds, security, and functionality needed for more sophisticated E/E architecture. Taking this next step is crucial to paving the way for the software-defined vehicles drivers are demanding.”

GuardKnox and Lattice will be showcasing their advanced connectivity solutions and technologies

at CES in

Las Vegas

on

January 5

^th
– 8
^th
, 2023, as well as at Automotive World Tokyo from

January 25

^th
– 27
^th
, 2023. Detailed booth information is below.

GuardKnox

CES,

Las Vegas

,

Jan 5

– 8, 2023

Westgate Resort, Suite #28-121

Lattice Semiconductor

CES,

Las Vegas

,

Jan 5

– 8, 2023

The Venetian, Meeting Suite #32-236
Automotive World,

Tokyo

,

Jan 25

– 27, 2023

East Hall 5 #45A-41, In-Vehicle Semiconductor Zone

About GuardKnox

GuardKnox

is a leading automotive technology company ushering in the smartphonization of the next generation of vehicles by building high-performance, service-oriented, customizable, and secure-by-design products for the next generation of driver-centric mobility. GuardKnox enables the software-defined vehicle with scalable and flexible technologies necessary for full-connectivity and empowers consumers with the ability to customize their vehicle’s performance, as well as their in-vehicle experience. Founded in 2016, GuardKnox is based in

Israel

, with subsidiary locations in

Stuttgart, Germany

, and

Detroit, Michigan

.

About Lattice Semiconductor

Lattice Semiconductor (NASDAQ: LSCC) is the low power programmable leader. We solve customer problems across the network, from the Edge to the Cloud, in the growing Communications, Computing, Industrial, Automotive, and Consumer markets. Our technology, long-standing relationships, and commitment to world-class support let our customers quickly and easily unleash their innovation to create a smart, secure, and connected world.

For more information about Lattice, please visit

www.latticesemi.com

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