Zephyroza 0 Newbie Poster

Intel officially announced the introduction of 10 Core 2 Duo and Core Extreme microprocessors for desktops, workstations and notebooks. Intel said it has over 550 customer system designs underway, with the CPUs built on 65 nanometre technology. Machines using the desktop chips will be available in early August, while notebooks will become available at the end of that month.

Five of the family are aimed for desktops, five for notebook and mobile users. The products were formally codenamed "Cointreau" and "Merom". The chips support 64-32 instructions, so called smart cache which shares L2 cache, wide dynamic execution, and instructions that speed up multimedia transactions. The mobile chips have a better version of Speedstep, a method for powering down the processor to increase battery life, and other power saving devices.

Conroe chip is about 40% faster than the Pentium D while consuming 40% less power. The Merom chips are about 20% faster than the older Core Duo laptop chips at the same power level. The "Cointreau" chips clock from 2.93GHz down to 1.86GHz, all using a 1066MHz system bus, and with L2 caches of 4MB for the higher clocked chips and 2MB for the lower clocked chips. The "Merom" chips clock from 2.33GHz down to 1.66GHz with bus speeds of 667MHz and cache of either 4MB or 2MB for the two lowest SKUs (stock keeping units).

Intel has established the price for the desktop processors from about $180 to $1000 for 1,000-unit quantities. However, the price for the notebook processors remains to be specified at the end of August.

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A practical follow-up to 's announcement: short, actionable notes for anyone planning to buy or retrofit systems around the new Core 2 Duo family.

First, verify motherboard support and BIOS microcode. Intel positioned Core 2 Duo to work with specific chipsets (Intel 975X/965/945 families), but board-level support varied by vendor and revision—many motherboards needed updated BIOSes or revised voltage regulation to work reliably. See Intel's platform guidance and a detailed chipset/motherboard roundup for the launch.
Intel press release (July 2006) · AnandTech Conroe buying guide.

Second, watch power-delivery and BIOS logistics. Some older LGA775 boards lacked the VRM/voltage behavior and microcode expected by Core 2 Duo; that meant either a BIOS update from the vendor or a board revision. Early retail boards sometimes required a pre-flashed BIOS (or a temporary older CPU for flashing) before a Conroe would POST—check vendor CPU support lists and BIOS notes before purchase. (See vendor/bench writeups and community threads for real-world reports.)

Third, matching platform parts and validation: prefer matched dual-channel DDR2 kits on Conroe-targeted boards; confirm the PSU and cooler are adequate for a modern dual-core load. After assembly or an upgrade, validate memory with a full MemTest86 pass and run a multi-hour Prime95/Blend torture test to exercise CPU, cache and RAM together.
MemTest86 · Prime95 / GIMPS downloads.

Finally, notebooks are different: socketed (PGA) notebook models could sometimes accept Core 2 Duo after an OEM BIOS update, but many portables use soldered (BGA) CPUs and are not upgradeable—OEM support documentation is the authoritative source. For mobile specifics see AnandTech's mobile coverage.

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