- Brand: IBM
- Model: 44V8326
- Compatibility: IBM Power7 8202, 8205 models
- Material: High-performance metal
- Cooling Capacity: Effective heat dissipation
- Purpose: Processor cooling
Product Compare0
Server Heatsink
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: IBM 52Y4091
- Processor Type: 6-Core
- Processor Speed: 3.7GHz
- Socket Type: LGA 1150
- Max Memory Support: 1TB
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: IBM 46J6702
- Core Count: 4 Cores
- Processor Speed: 3.0 GHz
- Processor Cache: 8 MB L3 Cache
- Socket Compatibility: LGA 771
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 00E8918
- Purpose: Heat dissipation for server processors
- Weight: Lightweight for efficient installation
- Thermal Efficiency: High-performance cooling capabilities
- Cooling Technology: Passive cooling solution
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 81Y7644
- Compatibility: IBM x3530 M4 server
- Material: High-grade aluminum and copper
- Design: Precision-engineered for exact fit
- Cooling Efficiency: Optimized for server-grade cooling
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: IBM 90Y4743
- Compatibility: IBM x3650 M4 and similar systems
- Material: Aluminum and copper components
- Thermal Efficiency: Advanced cooling design
- Dimensions: Compact and server-friendly design
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 00AL468
- Compatibility: IBM 5464-AC1 systems
- Material: Aluminum and copper components
- Cooling Mechanism: Passive heat dissipation
- Design: Compact and precision-engineered
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 00AL468
- Compatibility: IBM 5464-AC1 systems
- Cooling Mechanism: Passive heat dissipation
- Weight: Lightweight, easy to handle
- Design: Compact and precision-engineered
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 69Y2242
- Compatibility: IBM System X3690 X5
- Material: Aluminum with high-conductivity surface
- Purpose: Cooling solution for high-performance systems
- Dimensions: Compact, system-specific design
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 69Y5421 / 2583
- Compatibility: IBM 3250 M4 Systems
- Material: High-conductivity aluminum
- Design: Compact, precise fit for processor
- Cooling Efficiency: High-performance cooling solution
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 13N1618 / 26K4757
- Compatibility: IBM x226, x236, x346
- Material: High-performance aluminum
- Dimensions: Compact for easy installation
- Heat Dissipation: Excellent heat transfer properties
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 13N1618 / 26K4757
- Compatibility: IBM x226, x236, x346
- Material: High-performance aluminum
- Dimensions: Compact for easy installation
- Heat Dissipation: Excellent heat transfer properties
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 46K5409
- Material: High-performance metal and thermal materials
- Dimensions: 120mm x 120mm x 50mm
- Design: Compact, designed for Power7 processors
Stock: In Stock
Stock: In Stock
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 01K1578
- Clock Speed: 450 MHz
- Cache Memory: 512 KB
- Socket Type: Slot 1
- Voltage: 2.0V
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 68Y8695
- Material: High-quality aluminum
- Purpose: Heat dissipation for efficient cooling
- Weight: Lightweight and compact
- Dimensions: 7.5 x 7.5 x 2 cm
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 43X5470
- Material: High-quality aluminum and copper
- Cooling Type: Active cooling with heatsink
- Processor Support: Supports compatible IBM processors
- Design: Optimized for IBM systems
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 40K7438 / 42C9412
- Compatibility: IBM xSeries x3650, x3500, x3400
- Material: High-quality aluminum
- Design: Optimized for efficient heat dissipation
- Purpose: Thermal management for server CPUs
Stock: In Stock
Stock: In Stock
- Brand: IBM
- Model: 49Y4820
- Compatibility: IBM Select System X Servers
- Material: High-quality aluminum and copper
- Dimensions: Designed for precise compatibility
- Design: Ribbed structure for effective heat dissipation
Showing 1 to 18 of 18 (1 Pages)