Flow Computing
There are bold claims , and then , there areboldclaims — Flow Computing just made the latter . grant to the startup , its proprietary tech , which it refers to as a parallel processing unit ( PPU ) , can hike the carrying out of any CPU by up to 100 times .
It does n’t even have to be one of thebest CPUs — Flow Computing take that all devices in demand of high - performance central processing unit will find massive benefits in using the company ’s PPU . There ’s more to it that sound pretty amazing , but what are the betting odds that it ’ll actually make it to food market ? get ’s take a closer look .
Flow Computing
Flow Computing only came into being in January of this twelvemonth ; this is a new inauguration built on the origination of the VTT Technical Research Centre of Finland . The caller — which appears to only employ three of its founders right now , although theFAQdoesn’t make it entirely clear — has already accumulate around $ 4.3 million ( 4 million euros ) in financial support . Though the headcount and the age of the company are both on the short side , its tech sounds mighty impressive .
The company states that switch workloads to the PPU would turn on the era of new “ tiptop CPUs . ” These chips would be fully backward compatible with survive software and apps , and what ’s more , developers would n’t need to do a thing for these fresh PPU - infused processors to work . They would just work , and 100 times quicker , at that .
In the FAQ document that the company has shared withThe Verge , it tell : “ Parallel functionality in legacy software system and lotion can be accelerated by recompiling them for the PPU without any code changes . The more parallel functionality there is , the more performance boost will be subsequently gained . Our engineering is also complementary in nature — while it boosts the CPU , all other connect units ( such as intercellular substance units , vector unit , NPUs , and GPUs ) will indirectly benefit from the performance of PPU and get a boost from the more capable CPU . ”
Add to that the fact that Flow Computing also believes that its PPUs could bring this kind of performance boost even to smaller gimmick , such as smartphones and watches , and we ’ve got something that sounds like a real hit on our work force . However , the problem is that Flow Computing has n’t built such a chip yet , so these claims are unmanageable to verify .
Instead of tackling this task by itself , the young startup hopes to team up with the likes of Intel , AMD , Arm , Qualcomm , and Nvidia , as well as small processor startup for “ co - develop the next era of modern central processing unit calculation . ” The startup is place a global market and planning to license its technology all around the world . “ [ The ] PPU is entirely sovereign of instruction band design , so it can be used in any CISC or RISC CPU and it can be integrated into any current or pending design architecture using any process geometry , ” harmonize to the company .
Could this unfeignedly be the rootage of the future tense of computing ? Will we start seeing CPUs that are incredibly fast , as opposed to the dense death of Moore ’s Law that we ’ve been witness to over the past geezerhood ? We do n’t have the answers , but check out thewhite paperand thearticle published by the foundersif you desire to determine for yourself .
