Intel CEO Lip-Bu Tan sees Nova Lake filling a high-end desktop gap, Wccftech reports.
The gaming card and workstation model share a graphics processor, but the suggested production shift remains a rumor.
In a reported intraday snapshot, the Nasdaq was down 3.3%, with the Dow and S&P 500 also lower.
Intel CEO Lip-Bu Tan sees Nova Lake filling a high-end desktop gap, Wccftech reports.
The gaming card and workstation model share a graphics processor, but the suggested production shift remains a rumor.
In a reported intraday snapshot, the Nasdaq was down 3.3%, with the Dow and S&P 500 also lower.
@MizoChris🚨 INTEL NOVA LAKE-H IS LOOKING BEAUTIFUL! 🔥👀 We finally have another look at Intel’s upcoming Nova Lake-H mobile processor, showing off its six-tile design! • Six-tile modular package • Dedicated Compute and Graphics tiles • Separate Hub/SoC and Peripheral Controller tiles • Two passive tiles for structural support • Reportedly measures 12 x 23 mm • Nova Lake-HX is expected to use a larger 12 x 30 mm package Keep in mind, these are leaked hardware details, not Intel-confirmed specifications.
@VideoCardzIntel Core Ultra 4000 Nova Lake-H processor has been pictured, featuring 16 core design 🔗https://videocardz.com/newz/intel-core-ultra-4000-nova-lake-h-processor-has-been-pictured-featuring-16-core-design
@TechPowerUpIntel Core Ultra 4000 Series "Nova Lake-H" SoC Surfaces https://www.techpowerup.com/354506/intel-core-ultra-4000-series-nova-lake-h-soc-surfaces@MizoChris🚨 INTEL NOVA LAKE-H IS LOOKING BEAUTIFUL! 🔥👀 We finally have another look at Intel’s upcoming Nova Lake-H mobile processor, showing off its six-tile design! • Six-tile modular package • Dedicated Compute and Graphics tiles • Separate Hub/SoC and Peripheral Controller tiles • Two passive tiles for structural support • Reportedly measures 12 x 23 mm • Nova Lake-HX is expected to use a larger 12 x 30 mm package Keep in mind, these are leaked hardware details, not Intel-confirmed specifications.@VideoCardzIntel Core Ultra 4000 Nova Lake-H processor has been pictured, featuring 16 core design 🔗https://videocardz.com/newz/intel-core-ultra-4000-nova-lake-h-processor-has-been-pictured-featuring-16-core-design@TechPowerUpIntel Core Ultra 4000 Series "Nova Lake-H" SoC Surfaces https://www.techpowerup.com/354506/intel-core-ultra-4000-series-nova-lake-h-soc-surfaces@MizoChris🚨 INTEL NOVA LAKE-H IS LOOKING BEAUTIFUL! 🔥👀 We finally have another look at Intel’s upcoming Nova Lake-H mobile processor, showing off its six-tile design! • Six-tile modular package • Dedicated Compute and Graphics tiles • Separate Hub/SoC and Peripheral Controller tiles • Two passive tiles for structural support • Reportedly measures 12 x 23 mm • Nova Lake-HX is expected to use a larger 12 x 30 mm package Keep in mind, these are leaked hardware details, not Intel-confirmed specifications.@VideoCardzIntel Core Ultra 4000 Nova Lake-H processor has been pictured, featuring 16 core design 🔗https://videocardz.com/newz/intel-core-ultra-4000-nova-lake-h-processor-has-been-pictured-featuring-16-core-design@TechPowerUpIntel Core Ultra 4000 Series "Nova Lake-H" SoC Surfaces https://www.techpowerup.com/354506/intel-core-ultra-4000-series-nova-lake-h-soc-surfaces@MizoChris🚨 INTEL NOVA LAKE-H IS LOOKING BEAUTIFUL! 🔥👀 We finally have another look at Intel’s upcoming Nova Lake-H mobile processor, showing off its six-tile design! • Six-tile modular package • Dedicated Compute and Graphics tiles • Separate Hub/SoC and Peripheral Controller tiles • Two passive tiles for structural support • Reportedly measures 12 x 23 mm • Nova Lake-HX is expected to use a larger 12 x 30 mm package Keep in mind, these are leaked hardware details, not Intel-confirmed specifications.@VideoCardzIntel Core Ultra 4000 Nova Lake-H processor has been pictured, featuring 16 core design 🔗https://videocardz.com/newz/intel-core-ultra-4000-nova-lake-h-processor-has-been-pictured-featuring-16-core-design@TechPowerUpIntel Core Ultra 4000 Series "Nova Lake-H" SoC Surfaces https://www.techpowerup.com/354506/intel-core-ultra-4000-series-nova-lake-h-soc-surfaces#18
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