Consumer DDR3(1.5V/1.35V) consumes low system power than DDR2(1.8V) using lower working voltage.
SK hynix guarantees up to 2133Mbps for supporting high speed applications as Digital TV, Set-top box, Blu-ray player, Automotive, and Network, etc.
SK hynix has not only normal working temperature(0℃~95℃) but also IT (Industrial Temperature : -40℃~95℃) and AT (Automotive Temperature : -40℃~105℃)
SK hynix is introducing 20nm class DDR4 SDRAM and GDDR5 SDRAM as Beyond DDR3 SDRAM Solution.
DDR4 introduces new and improved features, making DDR4 more capable than the earlier DRAM generations in key attributes.
DDR4 is expected to provide stable performance beyond 2400Mbps
Normal temperature (0℃ ~ 95℃ ), IT (Industrial Temperature : -40℃ ~ 95℃) and AT (Automotive Temperature : -40℃ ~ 105℃) supportable.
Description
Consumer DDR3(1.5V/1.35V) consumes low system power than DDR2(1.8V) using lower working voltage.
SK hynix guarantees up to 2133Mbps for supporting high speed applications as Digital TV, Set-top box, Blu-ray player, Automotive, and Network, etc.
SK hynix has not only normal working temperature(0℃~95℃) but also IT (Industrial Temperature : -40℃~95℃) and AT (Automotive Temperature : -40℃~105℃)
SK hynix is introducing 20nm class DDR4 SDRAM and GDDR5 SDRAM as Beyond DDR3 SDRAM Solution.
DDR4 introduces new and improved features, making DDR4 more capable than the earlier DRAM generations in key attributes.
DDR4 is expected to provide stable performance beyond 2400Mbps
Normal temperature (0℃ ~ 95℃ ), IT (Industrial Temperature : -40℃ ~ 95℃) and AT (Automotive Temperature : -40℃ ~ 105℃) supportable.
Consumer DDR3(1.5V/1.35V) consumes low system power than DDR2(1.8V) using lower working voltage.
SK hynix guarantees up to 2133Mbps for supporting high speed applications as Digital TV, Set-top box, Blu-ray player, Automotive, and Network, etc.
SK hynix has not only normal working temperature(0℃~95℃) but also IT (Industrial Temperature : -40℃~95℃) and AT (Automotive Temperature : -40℃~105℃)
SK hynix is introducing 20nm class DDR4 SDRAM and GDDR5 SDRAM as Beyond DDR3 SDRAM Solution.
DDR4 introduces new and improved features, making DDR4 more capable than the earlier DRAM generations in key attributes.
DDR4 is expected to provide stable performance beyond 2400Mbps
Normal temperature (0℃ ~ 95℃ ), IT (Industrial Temperature : -40℃ ~ 95℃) and AT (Automotive Temperature : -40℃ ~ 105℃) supportable.
Consumer DDR3(1.5V/1.35V) consumes low system power than DDR2(1.8V) using lower working voltage.
SK hynix guarantees up to 2133Mbps for supporting high speed applications as Digital TV, Set-top box, Blu-ray player, Automotive, and Network, etc.
SK hynix has not only normal working temperature(0℃~95℃) but also IT (Industrial Temperature : -40℃~95℃) and AT (Automotive Temperature : -40℃~105℃)
SK hynix is introducing 20nm class DDR4 SDRAM and GDDR5 SDRAM as Beyond DDR3 SDRAM Solution.
DDR4 introduces new and improved features, making DDR4 more capable than the earlier DRAM generations in key attributes.
DDR4 is expected to provide stable performance beyond 2400Mbps
Normal temperature (0℃ ~ 95℃ ), IT (Industrial Temperature : -40℃ ~ 95℃) and AT (Automotive Temperature : -40℃ ~ 105℃) supportable.
