Concurrent Technologies has announced the launch of Kratos (32 Core), a 32-core central processing unit (CPU) designed for defence and high-performance markets. This new product boasts up to 60% more processing power than the original 20-core Kratos CPU, which was introduced in March of last year. The AIM-traded company describes Kratos (32 Core) as a “pure 32-core CPU” optimized for data processing in mission-critical C4ISR (Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance) applications. Its performance density is sufficient to replace traditional, larger rack-mount server systems.
The original Kratos CPU is distinguished by its virtualised radio access network accelerator, which is designed to enable 5G networks in the battlespace. In contrast, Kratos (32 Core) broadens its addressable market by providing the defence industry with breakthrough processing capabilities within the VPX defence standard architecture.
“Launching this product places Concurrent at the centre of the defence technology conversation and reinforces our first-to-market reputation,” said Chief Executive Miles Adcock. “Neither Kratos nor Kratos (32 Core) have competitors in the market using these processors in the widely adopted VPX defence standard architecture. Kratos (32 Core) demonstrates our ability to push the limits of rugged embedded computing, delivering technology that enables customers to stay ahead operationally.”
Adcock noted that the company has already seen early interest from customers requiring maximum computing performance from a 3U VPX compliant single board computer. He described Kratos (32 Core) as a flagship product alongside the original Kratos.
At 1251 GMT, shares in Concurrent Technologies were up 2.08% at 258.25p.
The introduction of Kratos (32 Core) underscores Concurrent Technologies’ commitment to innovation and its leadership in the defence technology sector. By offering enhanced processing capabilities and adhering to the VPX standard, the company is well-positioned to meet the evolving needs of defence and high-performance markets. This development could spur further advancements in rugged embedded computing and reinforce Concurrent Technologies’ reputation as a pioneer in the field.