Kingston Technology Company

UNITED STATES

HyperX DDR2 memory is now available!

HyperX DDR2 modules are specifically engineered and designed to meet the rigorous requirements of PC enthusiasts. HyperX DDR2 offers faster speeds, lower latencies, higher data bandwidths and lower power consumption than DDR. HyperX is available in single and dual-channel memory kits.

HyperX DDR2* features:

1.8 Volts operation, reducing power consumption by about 50 percent
Memory signal termination inside the memory chip ("On-Die Termination") to prevent reflected signal transmission errors.
Operational enhancements to increase memory performance, efficiency and timing margins.
CAS Latencies: 3, 4 and 5
Currently available in speeds up to 1.2GHz and capacities up to 2GB.

SINGLE CHANNEL MEMORY MODULES
Kingston Part Number	Description	† Latency Timings	Voltage

KHX5400D2/512	512MB DDR2 675MHz Non-ECC CL4	4-4-4-10	1.85V	(Datasheet)	BUY

KHX5400D2/1G	1GB 675MHz DDR2 Non-ECC CL4	4-4-4-10	1.85V	(Datasheet)	BUY

KHX6400D2/512	512MB DDR2 800MHz Non-ECC CL5	5-5-5-15	1.95V	(Datasheet)	BUY

KHX6400D2LL/512	512MB 800MHz DDR2 Non-ECC Low-Latency CL4	4-4-4-12	2.0V	(Datasheet)	BUY

KHX6400D2/1G	1GB DDR2 800MHz Non-ECC CL5	5-5-5-15	2.0V	(Datasheet)	BUY

KHX6400D2LL/1G	1GB 800MHz DDR2 Non-ECC Low-Latency CL4	4-4-4-12	2.0V	(Datasheet)	BUY

KHX6400D2/2G	2GB DDR2 800MHz Non-ECC CL5	5-5-5-15	2.0V	(Datasheet)	BUY

KHX6400D2LL/2G	2GB 800MHz DDR2 Non-ECC Low-Latency CL4	4-4-4-12	1.9V	(Datasheet)	BUY

KHX6400D2UL/1G	1GB DDR2 800MHz Non-ECC Ultra Low Latency CL3	3-3-3-10	1.9V	(Datasheet)	BUY

KHX7200D2/1G	1GB DDR2 900MHz Non-ECC CL5	5-5-5-15	2.1V	(Datasheet)	BUY

KHX8500AD2/2G	2GB DDR2 1066MHz Non-ECC CL7	7-7-7-20	1.85-2.0V	(Datasheet)	BUY

KHX8500D2/512	512MB DDR2 1066MHz Non-ECC CL5	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500D2/1G	1GB DDR2 1066MHz Non-ECC CL5	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500D2/2G	2GB DDR2 1066MHz Non-ECC CL5	5-5-5-15	2.25V	(Datasheet)	BUY

KHX9200D2/1G	1GB DDR2 1150MHz Non-ECC CL 5	5-5-5-15	2.3-2.35V	(Datasheet)	BUY

DUAL CHANNEL MEMORY KITS
Kingston Part Number	Description	† Latency Timings	Voltage

KHX5300S2LLK2/2G	2GB DDR2 667MHz SODIMM CL4 (kit of 2 – 1GB)	4-4-4-12	1.8V	(Datasheet)	BUY

KHX5300S2LLK2/4G	4GB DDR2 667MHz SODIMM CL4 Non-ECC CL3 (Kit of 2 - 2GB)	4-4-4-12	1.8V	(Datasheet)	BUY

KHX5400D2K2/1G	1GB kit DDR2 675MHz Non-ECC CL4 (Kit of 2 - 512MB)	4-4-4-10	1.85V	(Datasheet)	BUY

KHX5400D2K2/2G	2GB 675MHz DDR2 Non-ECC CL4 (kit of 2 - 1GB)	4-4-4-10	1.85V	(Datasheet)	BUY

KHX6400D2K2/1G	1GB kit DDR2 800MHz Non-ECC CL5 (kit of 2 - 512MB)	5-5-5-15	1.95V	(Datasheet)	BUY

KHX6400D2K2/2G	2GB kit DDR2 800MHz Non-ECC CL5 (kit of 2 - 1GB)	5-5-5-15	2.0V	(Datasheet)	BUY

KHX6400D2K2/4G	4GB kit DDR2 800MHz Non-ECC CL5 (kit of 2 - 2GB)	5-5-5-15	1.8V	(Datasheet)	BUY

KHX6400D2LLK2/1G	1GB 800MHz DDR2 Non-ECC Low-Latency CL4 (Kit of 2)	4-4-4-12	2.0V	(Datasheet)	BUY

KHX6400D2LLK2/2G	2GB 800MHz DDR2 Non-ECC Low-Latency CL4 (kit of 2)	4-4-4-12	2.0V	(Datasheet)	BUY

KHX6400D2LLK2/4G	4GB 800MHz DDR2 Non-ECC Low-Latency CL4 (kit of 2)	4-4-4-12	1.9V	(Datasheet)	BUY

KHX6400D2LLK2/1GN	1GB 800MHz DDR2 Non-ECC Low-Latency CL4 NVIDIA SLI-READY (Kit of 2)	4-4-4-12	2.0V	(Datasheet)	BUY

KHX6400D2LLK2/2GN	2GB 800MHz DDR2 Non-ECC Low-Latency CL4 NVIDIA SLI-READY (Kit of 2)	4-4-4-12	2.0V	(Datasheet)	BUY

KHX6400D2ULK2/1G	1GB DDR2 800MHz Non-ECC CL3 Ultra Low Latency (kit of 2 - 512MB)	3-3-3-10	2.3-2.35V	(Datasheet)	BUY

KHX6400D2ULK2/2G	2GB DDR2 800MHz Non-ECC Ultra Low Latency CL3 (kit of 2 - 1GB)	3-3-3-10	2.3-2.35V	(Datasheet)	BUY

KHX6400F2LLK2/2G	2GB kit DDR2 800MHz ECC Fully Buffered CL4 (kit of 2)	4-4-4-12	1.8V	(Datasheet)	BUY

KHX7200D2K2/2G	2GB kit DDR2 900MHz Non-ECC CL5 (kit of 2 - 1GB)	5-5-5-15	2.1V	(Datasheet)	BUY

KHX8000D2K2/2G	2GB kit DDR2 1000MHz Non-ECC CL5 (kit of 2 - 1GB)	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500AD2K2/4G	4GB DDR2 1066MHz Non-ECC CL7	7-7-7-20	1.85-2.0V	(Datasheet)	BUY

KHX8500D2K2/1G	1GB kit DDR2 1066MHz Non-ECC CL5 (kit of 2 - 512MB)	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500D2K2/2G	2GB kit DDR2 1066MHz Non-ECC CL5 (kit of 2 - 1GB)	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500D2K2/1GN	1GB kit DDR2 1066MHz Non-ECC CL5 (kit of 2 - 512MB)	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500D2K2/2GN	2GB kit DDR2 1066MHz Non-ECC CL5 (kit of 2 - 1GB)	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500D2K2/4G	4GB DDR2 1066MHz Non-ECC CL5 (kit of 2 – 2GB)	5-5-5-15	2.2V	(Datasheet)	BUY

KHX8500D2K4/4G	4GB DDR2 1066MHz Non-ECC CL5 (kit of 4 – 1GB)	5-5-5-15	2.2V	(Datasheet)	BUY

KHX9200D2K2/2G	2GB kit DDR2 1150Mhz Non-ECC CL5 (kit of 2 - 1GB)	5-5-5-15	2.3-2.35V	(Datasheet)	BUY

KHX9600D2K2/1G	1GB kit DDR2 1200Mhz Non-ECC CL5 (kit of 2 - 512MB)	5-5-5-15	2.3-2.35V	(Datasheet)	BUY

KHX9600D2K2/2G	2GB kit DDR2 1200Mhz Non-ECC CL5 (kit of 2 - 1GB)	5-5-5-15	2.3-2.35V	(Datasheet)	BUY

* DDR2 memory modules are not backwards compatible with DDR-based motherboards, due to incompatible module connections (number of pins), voltage and DRAM technology. DDR2 memory modules have a different key or notch than the same-sized DDR modules to prevent their insertion into an incompatible memory socket. HyperX is available in single and dual channel memory kits.

† The information below will help illustrate the appropriate settings when adjusting the memory timings in the motherboard BIOS for optimum performance. Please note that these settings may vary depending on motherboard make/model or BIOS update.

Sample:

Part Number	Timings
KHX3200A/512	2-3-2-6-1

Timing	Definition	Abbreviations	What it does
2	CAS Latency	CL	Delay between activation of row and reading of row
3	RAS to CAS (or Row to Column Delay)	tRCD	Activates row
2	Row Precharge Delay (or RAS Precharge Delay)	tRP/tRCP	Deactivates row
6	Row Active Delay (or RAS Active Delay, or time to ready)	tRA/tRD/tRAS	Number of clock cycles between activation and deactivation of row
1	Command Rate	CMD Rate	Delay between chip select and command

Notice: All Kingston products are tested to meet our published specifications. Some system or motherboard configurations may not operate at the published HyperX memory speeds and timing settings. Kingston does not recommend that any user attempt to run their computers faster than the published speed. Overclocking or modifying your system timing may result in damage to computer components.

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