Intel Core 3 100HL socket: LGA 1700

What the Core 3 100HL is

The Core 3 100HL is an 8-core and 12-thread edge processor that launched in April 2024 as the performance twin of the 100UL. Four Performance-cores with 8 threads plus 4 Efficient-cores give 12 threads at 2.1 GHz base and up to 4.6 GHz boost. Cache is 12 MB of Smart Cache. Base power is 45 W, which sustains control and UI threads together where the 15 W UL part must throttle.

UHD Graphics with 64 execution units drive kiosk displays and operator panels from shared memory. The extra P-cores over the UL help multi-window HMI loads with background logging. DDR4 or DDR5 board options let plants reuse memory stocks or move to faster modules.

Machine HMI panels and inspection controllers fit here. Eight cores separate real-time tasks from Windows services for steady timing. Buyers with sealed enclosures should stay with the 15 W Intel Core 3 100UL instead, since HL heat needs active airflow and stronger delivery.

Socket and motherboard compatibility

The 100HL fits LGA 1700 PS performance boards with 45 W delivery. Desktop 600 and 700 series support for standard Raptor Lake does not cover PS IDs automatically, so industrial lists govern. The neutral sentence reflects that vendor-specific model.

Performance PS boards pair HL SKUs with DDR4 or DDR5 SODIMM, M.2 RAID and x16 slots for grabbers. Power modes around 45 W need heatsink plus fan or system flow. A PS-branch BIOS with the 100HL ID is mandatory before installation.

HL shoppers compare core counts within 45 W. The 100HL opens the HL band below 12-core 120HL parts. The Socket vs chipset: what decides whether a CPU works guide covers why edge compatibility lives in vendor lists.

Memory, PCIe and cooling

DDR4-3200 or DDR5-5200 in two channels is shared by CPU and UHD graphics. HMI frame buffers plus logging should be sized together. Dual-module kits are preferred for bandwidth to graphics.

PCIe up to 20 lanes with PCH serves NVMe, LAN and fieldbus cards. Fixed splits mean grabber plus NIC combinations must match the manual. One fast NVMe drive covers boot and recipe storage for most cells.

Cooling is active 45 W with heatsink and chassis flow. No retail cooler ships with tray edge parts. Inlet temperature decides whether 4.6 GHz bursts repeat, so filtered intakes help most.

Upgrade paths

LGA allows HL-to-HL moves where listed, such as to 12-core HL parts for heavier vision. Memory and NVMe can also expand. Board power and BIOS must already support the target.

The efficiency alternative is the 15 W 100UL on low-power boards. A working 100HL serves cells for years. Desktop LGA 1700 Core parts use a different board class.