ILM
ILM
ITW EBA is very pleased to introduce to the Electronic industry Intel Independent Loading Machanism (ILM) for Intel Socket H for both LGA 1155 & LGA 1156 (LGA115X).
ILM provides the force needed to seat the 115x-LGA land package onto the socket contacts. The ILM is physically separate from the socket body. The assembly of the ILM to the board is expected to occur after wave solder. The exact assembly locatin is dependent on manufacturing preference and test flow.

Features
- Intel approved
- Intel validated design for both LGA1155 and LGA1156 Sockets
- Successfully passed Intel lnterchangeability test with sockets from various suppliers
- Successfully passed all Intel ILM ergo requirements
- RoHS compliant
- Related Products
Metal Back Plate
Metal Back Plate
The metal back plates are designed to restrain the heat sink of CPU.
Details
How can we ensure reliable processor socket seating in high-volume server production while maintaining manufacturing flexibility?
ITW EBA's Intel-approved ILM provides the validated seating force solution for LGA1155 and LGA1156 sockets with successful interchange compatibility testing. The physically separate design allows post-wave solder assembly according to your manufacturing preference, reducing integration complexity and supporting efficient production scaling for data center applications. Our 50+ years of expertise ensures reliable performance across high-volume operations.
Backed by over 50 years of electronic component manufacturing expertise and ITW's global resources, our ILM solution combines engineering ingenuity with rigorous quality standards. The product has successfully passed Intel's interchange compatibility testing with sockets from various suppliers and meets all Intel ergonomic requirements. With Intel approval, validated design specifications, and RoHS compliance, ITW EBA's ILM provides OEM manufacturers and system integrators with a trusted, certified component that reduces assembly complexity and enhances production efficiency. Contact our technical team to discuss how our independent loading mechanism can optimize your socket assembly operations and support your manufacturing excellence.


