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Intel says its new Xeon 6 E-core CPUs feature up to 288 cores and will enable data centers to significantly reduce energy consumption and space. CRN goes through four important points about the new server CPUs, including how they’re different from past generations.
At Computex 2024, Intel introduced their new Xeon 6 E-core processors, which they say are super dense and will help data centers save space by replacing older CPUs. These processors, called Sierra Forest, are the first in a new line of Xeon chips that are getting rid of the old naming system and putting the generation number at the end of the name.
Intel has a new plan for their server processors. They will now release two types of Xeon processors: one for speed (P-cores) and one for efficiency (E-cores).
Some companies like Supermicro, Lenovo, and Gigabyte are planning to use the new Xeon 6 processors in their servers. These chips were just released on Monday and are part of Intel's CEO's plan to make the company more competitive.
Intel decided to make two types of processors because data centers have different needs for performance and power. The new chips can handle a variety of workloads, from heavy-duty tasks to lighter ones.
Even though the Xeon 6 processors have different core types, they can still work in the same servers and have the same software support. The only difference is that the P-cores have two extra AI features.
The new lineup of processors has two different types of cores, but they can both work with the same server socket and use the same x86 instruction set. They also support the same operating systems and applications as the Xeon CPUs we're used to.
The main difference between the two types of processors is that the E-core processors don't have support for AVX-512 or AMX, which are important for AI and vector operations. The P-core processors do have this support.
Both types of processors support DDR5 memory, but the E-core processors have a 40% boost in memory bandwidth, while the P-core processors have a 2.3 times increase. This is thanks to the new MCR DIMM standard.
The Xeon 6 processors also support PCIe Gen 5 and have up to 20% more lanes than the previous generation, with a maximum of 96 lanes. They also support Compute Express Link (CXL) 2.0, which allows for memory bandwidth and capacity expansion.
So, Intel is coming out with some new Xeon 6 processors soon. They have different categories based on how fast they are and what features they have. There's the Xeon 6900, 6700, 6500, and 6300 series, as well as the Xeon 6 system-on-chip series. Most of them have either P-cores or E-cores.
The Xeon 6700E series is launching this week for servers with one or two sockets. They have up to 144 E-cores, can handle a lot of power, and have really fast memory and connection speeds.
The Xeon 6900P series will come out later this year and are even more powerful than the 6700E series. They have up to 128 P-cores and can handle even more power and faster memory and connections.
Next year, Intel will release even more Xeon 6 processors. The Xeon 6900E series will have a ton of E-cores and be super powerful. The Xeon 6700P series will support servers with up to eight sockets and have a bunch of P-cores.
So, if you're into computers and want to know about the latest and greatest processors, keep an eye out for these new Xeon 6 processors from Intel!
Intel has come out with some new processors called Xeon 6 E-core processors that are way better than the older ones. They are super efficient and work really well for different tasks like web services, networking, media transcoding, and data services.
Compared to the older Xeon processors, the Xeon 6 E-core CPUs are much better when it comes to performance and energy efficiency. For example, for web and microservices workloads like Java, they are 2.6 times better. For networking tasks, they are 3.4 times better. And for media transcoding and data services like MySQL OLTP, they are 2.6 and 2.7 times better, respectively.
These new processors are also better than the fifth-gen Xeon CPUs, giving more performance while using less power. For example, the 144-core Xeon 6780E is 20 percent more efficient than the 64-core Xeon Platinum 8592+ when it comes to web services like server-side Java.
When compared to other chips, the Xeon 6 E-core processors are pretty impressive. The 128-core Xeon 6756E is similar in performance to the 64-core EPYC 9534 but is much more energy efficient, ranging from 3 percent to 34 percent better.
So, Intel has come up with these super cool Xeon 6 E-core processors that are making a big difference in the world of servers. Basically, these processors are so powerful that you don't need as many old servers to do the same job. This means you can save space and power when setting up server clusters.
For example, Intel says that with the Xeon 6700E series, a data center can replace 200 racks of old Xeon processors with just 66 racks of the new Xeon 6700E chips. This switch can save a ton of energy - like 80,000 megawatt hours - and reduce a bunch of CO2 emissions over four years.
Customers who have tried out these new processors are loving them! Ericsson, a big telecom company, found that the Xeon 6 E-core chips improved performance by 3.2 times and saved more than 40 percent of energy for cloud and 5G applications. And SAP, another company, saw up to a 60 percent reduction in power usage while keeping the same level of performance for their workloads.
So, these new processors are not only super powerful but also great for the environment. Pretty cool, right?
