PC geležies naujienos / Renkamės PC / Laptopus

ne is parduotuves jei renkiesi is daliu , nes daliu naudotu papigiam tai nelabai rasi. nebent atskirai susirenki viska be gpu naujas o gpu imi per skelbimus kokia tai. 

visa surinkta imt gerai jei kaina tinka ir viskas ten veikia gerai.

Lietuvoje gyvenant reikia rinktis ne is nauju, nes tiek nezusitaupysi jeigu banko neapsvarinsi, o kad paveztu dabartinius zaidimus, paciu detaliu galingumas patemptu i prieki bent pusmeti, ir kad viskas iseitu pigiai dar. Hm.. Nezinau kaip issiaiskinti ka naudoja twitcho streameriai. Kokias jie detales susipirke.. Nezinau nei pagal ka ne kaip rinktis.

 

Pvz., sitas variantas:

 

MotherBoard: MSI Z97M-G43

Ram: 2x Crucial 4 GB DDR3 Ballistix DIMM

CPU: i7-4790K, Quad Core,4.00 GHz

GPU: Asus Radeon R9 280,4 GB, 384 Bit

Hard: SSD Kingston 240GB, HDD 1TB

 

Kur minusai ir ka galima butu pakeisti?

ziurint kokia kaina sito varianto.ramu galima ir daugiau siai dienai  . visa kita padoru ir netgi gerai. bet bus brangu tikrai.

cia ram ddr3 turi omeni ? na tai jei motina senesne kazkiek tai tik DDR3 ir palaiko. renkant naujas dalis jau galima ir DDR4 ram detis aisku. 

ir visokius ten SSD tai dasidesi bet kada, geriau susirinkt kas svarbiausia, jei taupant su paprastu HDD arba SSHD hibridu

AMD stovykla

ant Polaris gali suktis ir pagerintas Playstation 4 modelis Neo.

At the same time, we managed to learn that SONY ran into a roadblock with their original PlayStation 4 plans. Just like all the previous consoles (PSX to PSOne, PS2, PS3), the plan was to re-do the silicon with a ‘simple’ die shrink, moving its APU and GPU combination from 28nm to 14nm. While this move was ‘easy’ in the past – you pay for the tapeout and NRE (Non-Recurring Engineering), neither Microsoft nor Sony were ready to pay for the cost of moving from a planar transistor (28nm) to a FinFET transistor design (14nm).

This ‘die-shrink’ requires to re-develop the same chip again, with a cost measured in excess of a hundred million dollars (est. $120-220 million). With Sony PlayStation VR retail packaging being a mess of cables and what appears to be a second video processing console, in the spring of 2014 SONY pulled the trigger and informed AMD that they would like to adopt AMD’s upcoming 14nm FinFET product line, based on successor of low-power Puma (16h) CPU and Polaris GPU processor architecture.

 

The only mandate the company received was to keep the hardware changes invisible to the game developers, but that was also changed when Polaris 10 delivered a substantial performance improvement over the original hardware. The new 14nm FinFET APU consists out of eight x86 LP cores at 2.1 GHz (they’re not Zen nor Jaguar) and a Polaris GPU, operating on 15-20% faster clock than the original PS4.

According to sources in the know, the Polaris for PlayStation Neo is clocked at 911 MHz, up from 800 MHz on the PS4. The number of units should increase from the current 1152. Apparently, we might see a number higher than 1500, and lower than 2560 cores which are physically packed inside the Polaris 10 GPU i.e. Radeon R9 400 Series. Still, the number of units is larger than Polaris 11 (Radeon R7 400 Series), and the memory controller is 256-bit wide, with GDDR5 memory running higher than the current 1.38 GHz QDR. Given the recent developments with 20nm GDDR5 modules, we should see a 1.75 GHz QDR, 7 Gbps clock – resulting in 224 GB/s, almost a 20% boost.

 

nelabai reikia to DDR4 ten. bet jei rinksi naujas dalis tai jau ir bus su DDR4 ramu palaikymu. DDR5 cia tik gpu ramai. 

kainos nauju vidutiniu cpu ir bus kaip kainos dabar easmu vidutiniu cpu. realiai bus daugiau performance uz ta pacia ar panasia kaina. taip visada buna tiek su cpu tiek su gpu.