Intel Core 5 211E socket: LGA 1700

What the Core 5 211E is

The Intel Core 5 211E covers the mainstream 10-core point of the Bartlett Lake embedded lineup under Core Series 2. Six Performance-cores with Hyper-Threading plus 4 Efficient-cores yield 16 threads, 20 MB of Intel Smart Cache is shared, and clocks run 2.7 GHz P-core base with turbo to 4.9 GHz alongside 2.0 GHz E-core base to 3.7 GHz boost. Intel lists the part as an embedded vertical segment SKU on FCLGA1700 at a 221 USD recommended customer price, built on Intel 7.

That middle envelope is where most industrial designs land. A 65 W budget fits standard forced-air heatsinks without exotic cabinet engineering, while 6 full-speed P-cores keep control, inspection and gateway software responsive. The 2.7 GHz P-core base keeps sustained throughput above the 45 W class, and bursts to 4.9 GHz clear interactive spikes.

Against the 45 W Intel Core 5 211TE twin below it, the 211E adds base frequency across both core types at identical core counts. Against the 14-core Intel Core 5 221E above it, the 211E trims 4 E-cores for smaller cells. ECC support and long-life supply suit factories that qualify once and deploy for years. See Socket vs chipset: what decides whether a CPU works for why chipset series plus BIOS revision together decide board fit.

Socket and motherboard compatibility

Packaging is FCLGA1700 for LGA 1700 in a 45.0 × 37.5 mm package, and only industrial firmware brings the chip up. Typical carriers are W680 and Q670 class boards, joined by R680E embedded designs documented for the family. Because board vendors qualify power classes individually, the 211E must appear by name on the support list rather than being assumed from socket fit.

Consumer hardware is generally fenced off by BIOS policy for this embedded family. Retail LGA 1700 lineups target 12th to 14th Gen desktop parts, and Bartlett Lake embedded SKUs belong to industrial PCs, embedded motherboards and module products. Without processor initialization data in firmware, a retail board stops before POST. Desktop builders on LGA 1700 stay with the 14th Gen.

Pick W680 class boards for ECC memory at remote sites and Q670 class boards for centrally managed fleets. The Socket vs chipset: what decides whether a CPU works guide shows why chipset series plus BIOS revision together determine which processors a board accepts.

Memory, PCIe and cooling

DDR5 to 5600 MT/s or DDR4 to 3200 MT/s is supported on two channels to 192 GB, ECC included, with the board fixing the memory generation. DDR4 keeps legacy industrial kits productive, while DDR5 widens headroom for buffering and display tasks. Capacity planning should reserve ECC UDIMMs where W680 class boards expose them.

Twenty processor lanes split into sixteen PCIe 5.0 and four PCIe 4.0, with chipset DMI linking extra board I/O. That layout hosts a network interface or frame grabber beside NVMe storage in compact machines. Intel UHD Graphics 730 with 24 execution units serves control displays and HMIs without a discrete card.

Cooling follows the industrial heatsink list for the 65 W class on the 45.0 × 37.5 mm heat spreader. No cooler ships with the tray part. Firmware power limits can cap draw below the default where a compact cabinet demands it, at some cost in sustained clocks.

Upgrade paths

On the same socket, the path up from the 211E starts with the 14-core Intel Core 5 221E for more E-cores on LGA 1700 industrial boards where cooling allows. The 24-core Intel Core 7 251E follows for consolidated cells. Each move keeps board investments where the power class allows, plus a BIOS that already supports Bartlett Lake.

The step down to the 45 W Intel Core 5 211TE keeps the same cores at lower clocks for tighter thermal budgets. The 4-core Intel Core 3 201E below it trims to P-cores only for single-service boxes. A move to BGA 1264 Atom Amston Lake is a different soldered platform for sealed micro nodes.