Intel Raptor Lake Sequence Specs
i9 13900K
Value: $590
Cores/Threads: 8P/16E
P-Core Base/Increase Clock (GHz): 3.0/5.8
E-Core Base/Increase Clock (GHz): 2.2/4.3
Whole Cache (L2+L3): 68MB (32+36)
TDP (Base/Max) W: 125/253
Reminiscence Help: DDR4-3200 / DDR5-5600
*App Testing*
Photoshop: Usually 11{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than Ryzen 9 7900X, 13{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than Core i9 12900K.
Lightroom: Usually 5{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than Ryzen 9 7900X (9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for lively duties, 4{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} for passive), 15{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K (4{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for lively duties, 21{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} for passive).
After Results: Usually 15{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 9 7900X (23{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for MFR), 14{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K (33{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for MFR).
Premiere Professional: Usually 46{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 9 7900X (2x quicker for H.264/HEVC, 5{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 20{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW), 11{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K (9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 15{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 27{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW).
DaVinci Resolve: Usually 3{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 9 7900X (6{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 12{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 2{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW, 1{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for Fusion), 7{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K (2{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 13{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 24{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW, 4{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for Fusion).
VRay: Usually 9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} slower than the Ryzen 9 7950X, 18{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 9 7900X, 34{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K.
Cinema 4D: Usually 9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} slower than the Ryzen 9 7950X in Multi-Core (39{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker in Single-Core), 16{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 9 7900X in Multi-Core (33{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker in Single-Core), 37{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K (12{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker in Single-core).
Blender: Usually 5{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} slower than the Ryzen 9 7950X, 22{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 9 7900X, 34{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K.
Unreal Engine: Usually 8{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} slower than the Ryzen 9 7950X, 5{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 9 7900X, 26{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i9 12900K.
i7 13700K
Value: $410
Cores/Threads: 8P/8E
P-Core Base/Increase Clock (GHz): 3.4/5.4
E-Core Base/Increase Clock (GHz): 2.5/4.2
Whole Cache (L2+L3): 54MB (24+30)
TDP (Base/Max) W: 125/253
Reminiscence Help: DDR4-3200 / DDR5-5600
*App Testing*
Photoshop: Usually 7{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X, 15{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K.
Lightroom: Usually 12{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X (11{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for lively duties, 12{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} for passive), 15{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K (6{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for lively duties, 20{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} for passive).
After Results: Usually 18{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X (52{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for MFR), 16{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K (46{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for MFR).
Premiere Professional: Usually 50{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X (70{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 13{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 27{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW), 10{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K (10{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 30{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW).
DaVinci Resolve: Usually 4{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X (9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 13{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 19{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW, 3{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} SLOWER for Fusion), 8{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K (6{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 12{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 22{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW, 6{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for Fusion).
VRay: Usually 57{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X, 31{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K.
Cinema 4D: Usually 56{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X in Multi-Core (31{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker in Single-Core), 27{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K (9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker in Single-core).
Blender: Usually 59{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X, 28{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K.
Unreal Engine: Usually 57{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 7 7700X, 25{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i7 12700K.
i5 13600K
Value: $320
Cores/Threads: 6P/8E
P-Core Base/Increase Clock (GHz): 3.5/5.1
E-Core Base/Increase Clock (GHz): 2.6/3.9
Whole Cache (L2+L3): 44MB (24+20)
TDP (Base/Max) W: 125/181
Reminiscence Help: DDR4-3200 / DDR5-5600
*App Testing*
Photoshop: Usually 14{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X, 23{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K.
Lightroom: Usually 9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X (9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for lively duties, 10{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} for passive), 14{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K (4{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for lively duties, 19{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} for passive).
After Results: Usually 16{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X (46{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for MFR), 15{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K (46{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for MFR).
Premiere Professional: Usually 53{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X (61{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 24{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 34{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW), 9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K (4{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 17{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 26{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW).
DaVinci Resolve: Usually 10{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X (11{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 18{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 26{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW, 8{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for Fusion), 9{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K (5{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for H.264/HEVC, 17{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for ProRes, 26{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for RED RAW, 6{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker for Fusion).
VRay: Usually 57{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X, 37{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K.
Cinema 4D: Usually 65{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X in Multi-Core (19{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker in Single-Core), 27{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K (5{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker in Single-core).
Blender: Usually 63{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X, 35{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K.
Unreal Engine: Usually 53{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Ryzen 5 7600X, 29{9d1591400e5a65f73d8d8fcf40cd86279f09081208c966b93028b88fb64ff3a1} quicker than the Core i5 12600K.
