#UNITY FORUMS RAPTOR UPDATE#
#UNITY FORUMS RAPTOR CODE#
#UNITY FORUMS RAPTOR PC#

#UNITY FORUMS RAPTOR UPDATE#

I'll update this part of the post later when we actually have it shipped properly.ĮDIT 3: Default interface methods support (and full C# 8 support) will be available in Unity 2022.1.0a3. We’re hoping to get this into Unity 2021.2, but it is not far along enough to be sure, I’m 75% confident this one will make it as well.ĮDIT: Default interface methods support is available in both Mono and IL2CPP in Unity 2021.2.0a21 and later.ĮDIT 2: I was incorrect, Unity 2021.2.0a21 does not yet have default interface methods support. NET Standard 2.1 support, will give Unity users full access to C# 8 features. We still need to add this support to IL2CPP as well.

#UNITY FORUMS RAPTOR CODE#

The newest Mono code mentioned above has default interface methods support. NET Standard 2.1 support will be available in Unity 2021.2.0b6. I'll update here when I know the version.ĮDIT 2. It will also be available in a 2021.2 beta release.

NET Standard 2.1 support will be available in Unity 2022.1.0a3. We’re hoping to get this into Unity 2021.2, but it is not far along enough to be sure, I’m 75% confident that we will make it though.ĮDIT. NET Standard 2.1, Mono’s class libraries do support it, so we should be able to provide a nice bridge to a. NET Standard 2.1 support to Unity’s existing. NET Core (namely Span and ranges) are in. Many of the API that users have been asking for from. The internal cut-off for Unity 2021.2 is approaching (weeks away), but we are 95% confident that this work will land in time.ĮDIT: This work landed in Unity 2021.2.0a18 But it does provide us a firm foundation to use to ship new. When this change is available in Unity, it won’t have any new. NET Core class library implementation, including many changes to the way the class library code interacts with platform-specific code. It will allow Mono to run in 32-bit floating point mode, improving floating point performance.So this effort pulls in many bug fixes from upstream Mono.Unity’s fork of Mono is about two years behind the latest upstream code. (You can follow the development in our fork here: ) Update Unity’s fork of Mono to the latest code from the upstream Mono repo I’ll try to list the work items we know about now and provide both a likely release as well as confidence about how likely we are to make that release goal.

Of course, computer hardware is a bit more expensive in Canada, so the actual price tags for the Core i5-13400 and Core i5-13400F will probably be lower in the U.S.We wanted to give an update about our current progress towards support of new.

#UNITY FORUMS RAPTOR PC#

However, hardware detective momomo_us has found both chips at PC Canada. For reference, the Core i5-12600K has a 150W Maximum Turbo Power (MTP) rating.Īlthough Nguyen Cong Computer has listed the Core i5-13400 and Core i5-13400F on its online store, the retailer didn't reveal the pricing. Nguyen Cong Computer highlighted that the Core i5-13400 pulled up to 140W but believes that more optimized firmware will likely reduce the power consumption. Note that the 65W is the Processor Base Power (PBP) value. Nevertheless, the Core i5-13400 results were good, considering that it's a 65W processor competing against a 125W one. Overall, the Core i5-12600K was marginally better than the Core i5-13400 in many benchmarks except for the single-core test in Cinebench R23, where the Alder Lake chip posted a 12% difference. Nonetheless, the Core i5-13400 has a 4.6 GHz boost clock speed, which is not too shabby for a 65W processor. Naturally, the Core i5-13400 doesn't have a higher boost clock than the Core i5-12600K since the first is a 65W chip, whereas the latter is a 125W-class part. Therefore, the Raptor Lake chip flaunts an 11% higher P-core base clock and 18% higher E-core base clock than the Core i5-12600K. In terms of clock speeds, the Core i5-13400 has a 4.1 GHz P-core base clock and a 3.3 GHz E-core boost clock. The Core i5-13400 also retains the same L2 cache (9.5MB) and 元 cache (20MB) as the Core i5-12600K.

We haven't been able to confirm which Raptor Lake non-K chips carry the Alder Lake silicon, but by the looks of it, the Core i5-13400 is, in all likelihood, one of them. The bad news is that these processors will have Golden Cove cores instead of the newer Raptor Cove cores. This strategy effectively allows Intel to recycle leftover Alder Lake silicon and bring its E-cores down to the latest Core i5 non-K SKUs, which previously lacked E-cores back on Alder Lake. The reason is that some of Intel's Raptor Lake chips will use rewarmed Alder Lake C0 or H0 dies. The recipe will sound familiar because it's the same design as Intel's last-generation Core i5-12600K Alder Lake part, one of the best CPUs. The Core i5-13400 comes with a 10-core, 16-thread configuration with six P-cores and four E-cores.

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