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16GB GeIL DDR3 PC3-19200 2400MHz EVO Leggera CL11 (11-13-13-30) Dual Channel kit

Manufactured by: GeIL
This product has been discontinued

Product Information

Part Number: GEL316GB2400C11BDC
Item No: 13405
Shipping Weight: 0.1 kgs (0.22 lbs)
Actual Weight: 0.1 kgs (0.22 lbs)

Specifications

CAPACITY
16GB
MEMORY SPEED
2400MHz (DDR3-2400)
STANDARD
PC3-19200
SINGLE MODULE OR DUAL KIT
Dual Channel kit (2x 8GB)
CAS LATENCY
CL11
MEMORY TIMINGS
11-13-13-30
VOLTAGE
1.65V
ERROR CHECKING
Non-ECC
FEATURES
Low-profile DDR3 memory
Designed for X79, Z77 and other major platforms
Intel XMP ready
REGISTERED
Unbuffered
TECHNOLOGY
240-pin DDR3 SDRAM memory modules
CONFIGURATION
Double-sided 8GB DDR3 memory modules, two modules per kit
PACKAGING
Retail packaging
WARRANTY
Lifetime manufacturers warranty

Product Description

16GB Dual Channel kit (2x 8GB DDR3 modules) from GeIL's Evo Leggera Low-profile Hardcore gaming memory range. DDR3 2400MHz memory speed, PC3-19200, CL11 memory kit, optimised for gaming and overclocking. Full timings 11-13-13-30 at 1.65V. With turquoise blue heatspreaders.

Leggera means light-weight in the performance world, hence the name of GeIL’s low-profile heat-spreader solution for the DDR3 Hardcore Gaming Memory EVO Product Family - EVO LEGGERA.

EVO LEGGERA is equipped with the latest Leggera low-profile heat-spreader in Turquoise Blue finish, designed with GeIL’s MTCD - Maximum Thermal Conduction & Dissipation technology for enhanced cooling efficiency while maintaining a much more workable height for builds with oversized cooling solution from other PC components.

This DDR3 range offers speeds of up to 2800MHz, like its counterpart in the EVO family, the EVO LEGGERA, is designed for all of the latest motherboard chipsets, including the Intel Z77 platform, for maximum performance and compatibility. The entire Series will also receive GeIL’s superior quality assurance standard of DBT – Diehard Burn-in Technology.

EVO LEGGERA is the new performance benchmark with a low-profile heat-sink solution to provide users with aesthetics and functionality.