Intel 18A vs Intel 3: Performance & Efficiency Claims
- Intel previewed its upcoming 18A chip node at the VLSI Symposium in japan, claiming it could be up to 25% faster at the same power level, or 38%...
- The Intel 3 node has not yet been used for a consumer chip.
- The most advanced Intel node currently in PCs is Intel 7, a rebrand of Intel's 10nm technology.
Intel’s 18A chip node is poised to revolutionize performance and efficiency, with claims of up to 25% faster speeds or 38% greater efficiency compared to Intel 3. This could translate into significant improvements in laptop battery life, the primary_keyword. Intel’s bold moves in bypassing its own Intel 3 node for Lunar Lake and Arrow Lake raise questions about confidence in their technology. The new 18A promises a pivotal shift, but how will it compare against competitors? The upcoming Panther Lake mobile CPU, featuring the Intel 18A chip node, will be the ultimate test. News directory 3 keeps you informed on the latest tech advances. Discover what’s next for Intel’s future.
Intel’s 18A Chip node Claims Big Performance Gains
Intel previewed its upcoming 18A chip node at the VLSI Symposium in japan, claiming it could be up to 25% faster at the same power level, or 38% more efficient at the same frequency, compared with the Intel 3 node. The new Intel 18A chip node promises to improve laptop battery life.
The Intel 3 node has not yet been used for a consumer chip. Instead, Intel opted for TSMC’s N3 node for its Lunar Lake laptop chip and the Arrow Lake desktop and mobile CPU family, including the Intel Core Ultra 9 285K.
The most advanced Intel node currently in PCs is Intel 7, a rebrand of Intel’s 10nm technology.
Compared to Intel 3, the company says 18A is either 18% faster or 38% more efficient in low voltage 0.65 V operation. In high voltage 1.1 V mode, it’s 25% faster or 36% more efficient. In low voltage mode, users could see 38% less power consumption at the same clock speed as intel 3, or 18% faster clocks at the same power.
In high-performance mode, users can choose between 25% higher clocks for the same power consumption or the same clocks with 36% lower consumption.
These are promising figures, but it is indeed tough to draw conclusions given the limited availability of comparable Intel chips on the Intel 3 node. Currently,only the Xeon 6 Granite Rapids server CPU,launched earlier this year,uses intel 3.
Intel’s decision to bypass Intel 3 for Lunar Lake and Arrow Lake raises questions about its confidence in its own manufacturing technology.The company had previously touted an 18% performance-per-watt increase over Intel 4 for Intel 3. However, an Intel 3 chip in a PC has yet to materialize. The Intel 18A chip node is the next big thing.
Even if these claims hold true, production yields remain a concern. The answers are expected later this year with the release of the Panther Lake mobile CPU, which will feature an 18A CPU die. The Panther Lake mobile CPU is expected to combine the power efficiency of Lunar Lake with the performance of Arrow Lake-H desktop CPUs.
If the numbers are accurate, Panther Lake shoudl deliver improved battery life compared to Intel 3. How 18A compares to TSMC N3, used for Lunar Lake’s CPU cores, remains to be seen.
While Intel has presented promising figures, they are based on comparisons with another Intel node only available in server chips. It is also unclear how 18A compares to TSMC’s technology.
The arrival of Panther Lake later this year will be the true test. No CPU has ever been as critical for Intel as Panther Lake.