The Intel Core i7-13700, also known as the Raptor Lake processor, has made its debut on the PassMark synthetic benchmark. This new chip is notable for its increased core count and thread count compared to its predecessor, the i7-12700. However, initial performance results show relatively modest gains in single-thread and CPU Mark testing.
Performance Gains Over i7-12700
The i7-13700 produced a single-thread rating of 4,347 and a CPU Mark of 34,431 on PassMark. While these scores are respectable, they only represent a +10.15% and +9.64% increase, respectively, over the i7-12700. These gains may be disappointing to some users, especially given the increased core count of the i7-13700.
Increased Core Count
One of the major selling points of the i7-13700 is its increased core count compared to the i7-12700. The i7-13700 boasts 12 cores (8P + 4E) and 20 threads, while the i7-12700 has 8 cores (8P + 0E) and 16 threads. This increased core count should allow for more efficient multitasking and improved performance in multi-threaded applications.
Comparison to AMD Ryzen
It is currently difficult to compare the i7-13700 to current AMD processors, as no Zen 4 parts have yet been listed on PassMark. However, when compared to the 65W desktop processor AMD Ryzen 7 5800, the i7-13700 shows a +28.38% increase in single-thread performance and a +33.14% increase in multi-thread performance.
Architectural Changes in Raptor Lake
It is important to note that the performance gains of the i7-13700 over the i7-12700 may be due in part to architectural changes in the Raptor Lake chip. Intel has stated that Raptor Lake will be built on a new "Golden Cove" architecture, which is expected to bring significant improvements in single-threaded performance and power efficiency. This new architecture is also expected to improve the chip's performance in AI and machine learning workloads.
Additionally, Raptor Lake chips are expected to feature a new memory controller that will allow for faster memory speeds and increased memory capacity. These changes, along with the increased core count, could potentially make the i7-13700 more versatile and better suited for a wider range of workloads than its predecessor.
Power Efficiency
Another aspect to consider is the power efficiency of the i7-13700. The chip is rated at 65W TDP (Thermal Design Power), which is the same as the i7-12700. This suggests that despite the increased core count and architectural changes, Intel has managed to maintain similar power consumption levels in the new chip. This is an important consideration for users who are looking to build energy-efficient systems or for those who are running systems 24/7.
Final Thoughts
The i7-13700's first appearance on PassMark has shown that the chip offers solid performance, but its gains over the i7-12700 are somewhat underwhelming. The chip's main selling point is its increased core count, which should make it more versatile and better suited for multi-threaded workloads. However, it's important to remember that the chip also features other architectural improvements, such as the Golden Cove architecture, that may not be reflected in synthetic benchmark scores. Additionally, price, power efficiency, and availability will also be factors to consider for users who are looking to upgrade.
As we have discussed the Intel Core i7-13700's first appearance on PassMark and its features, we would love to hear your thoughts on this new chip. Do you think the increased core count and architectural changes in Raptor Lake make it a worthwhile upgrade? Or do you think the performance gains are underwhelming? Share your thoughts with us in the comments section below and don't forget to use the hashtags #Inteli713700 #RaptorLake #PassMark to join the conversation.
