Muna 2015, ARM yakaratidza simba rinoshanda 64/32-bit core kune heterogeneous big.LITTLE architecture, uye muna 2016 yakaburitsa 32-bit kernel. zvemagetsi zvinopfekwa.
Uye ikozvino, pasina kukwezva kutarisisa, kambani yakaunza 64-bit Cortex-A34 musimboti. Ichi chigadzirwa chinopihwa kuburikidza neFlexible Access chirongwa, icho chinopa vagadziri vedunhu vakabatanidzwa mukana kune akasiyana siyana ehuchenjeri pfuma nekugona kubhadhara chete zvidhinha zvinozoshandiswa muchigadzirwa chekupedzisira.
Ndiyo yega Cortex processor, pamwe neCortex-A65, inongotsigira 64-bit mirairo uye haienderane ne32-bit kodhi. Cortex-A34 yakavakirwa paArMv8-A architecture, ine 8-nhanho pombi, inotsigira symmetric multiprocessing (SMP) inosvika mana cores musumbu rimwe uye akati wandei anotevedzana masumbu eSMP processors akabatana kuburikidza nebhazi reAMBA 4. Huwandu hwe yakagoverwa cache memory yechikamu chechipiri inogona kusvika 4 MB, kusanganisira ECC kukanganisa kukanganisa.
Kune tsigiro yeTrustZone yekuchengetedza tekinoroji, hardware virtualization, DSP yekuwedzera, SIMD (NEON), uye yakaderera-inoyangarara nzvimbo VFPv4, pamwe neyakakwana chikamu raibhurari yekubvisa uye kutsvaga mabasa paCoreSight SoC-400 system.
ARM inoratidza kuti Cortex-A34 ichashandiswa mumhando dzakasiyana siyana dzekushandisa, kusanganisira midziyo yemumaindasitiri, smart home electronics, hutano uye cloud computing. Chokwadi, kusiya 32-bit mirairo kuchaita kuti yekupedzisira chip idhure.
Source: 3dnews.ru