Today we're taking a glimpse into the future to see how Ryzen iii will perform when it'south released side by side calendar week. We did the same with Ryzen 5 and those results turned out to be 100% accurate, then at present that Ryzen 3 specs are prepare in stone we can preview the scrap's performance with a high caste of conviction.

This is because Ryzen five and Ryzen 3 are the same physical chips as Ryzen vii, just with a certain degree of resources disabled. In our previous Ryzen 5 simulation we explained this in a bit more item, so nosotros won't go over all that info again. In a nutshell, when an eight-core CPU fails the quality control check with one or more than cores, the defective cores become shut off and the bit is binned as a lower-end office. This is a common and long-continuing do in semiconductor fabrication.

AMD has likely been holding off releasing Ryzen three until they have enough lacking chips that can't be sold as higher-stop Ryzen v models.

Ryzen 3 is very similar to the Ryzen 5 1400 with one key change, SMT back up has been disabled. The 1400 has 4-cores and 8-threads, while the Ryzen 3 CPUs will have 4-cores and just 4-threads. Like the 1400 the Ryzen 3 1300X and 1200 will feature an 8MB L3 enshroud, support dual-channel DDR4-2666 retention and will be given a 65W TDP rating.

The Ryzen 3 1300X will operate at a base of operations frequency of 3.5 GHz with a boost frequency of 3.seven GHz, while the slightly lower-cease 1200 will operate at iii.1 GHz with a boost frequency of 3.4GHz. Both are unlocked parts, so for enthusiasts on a budget information technology makes piffling sense to opt for the more expensive 1300. The 1300X is suggested or rumored to be priced at $130, while the 1200 should come in at $110.

Saving $forty past purchasing the R3 1300X over the R5 1400 probably won't be worth it. But perchance the $60 saving offered by the R3 1200 volition be enticing for a budget build. The question is how much slower does disabling SMT make the Ryzen 3 processors, and how practice they compare with similarly priced Intel CPUs?

Really comparing Ryzen 3 with equivalent Intel CPUs at these price points is a piddling tricky, because the Intel CPUs here brand no sense any. As we've have touched on numerous times in the past, the $lxxx Pentium G4560 eliminates everything correct up to the Core i5-7400.

That means everything priced below $180 on Intel's current lineup is pointless, ruling out the entire Kaby Lake Cadre i3 range, thus placing the Ryzen 3 CPUs in an bad-mannered spot at $110 and $130.

That said, if they tin can have it to the locked Cadre i5 parts such as the 7400 and 7500 then they will have earned a comfy position in the market segment. And so let's run across how the Ryzen iii CPUs look equally nosotros have the Ryzen 5 1400, disable SMT, and adapt the base and heave clock speeds accordingly.

Synthetic & Application Benchmarks

Starting off I took a look at retention bandwidth performance just to make certain everything was in check here. As expected disabling SMT support has no bear on on retentiveness bandwidth and when paired with DDR4-2933 memory the Ryzen iii processors should enjoy a bandwidth of 35 GB/s. Please annotation I opted for 2933 memory hither opposed to 3200 for the elementary fact that some of our lower end Ryzen v CPUs still have trouble running higher clocked memory, so I'thou going to assume about Ryzen 3 CPUs volition too.

For measuring unmarried and multithreaded rendering performance we take Cinebench R15 and here the Ryzen iii processors stack upwards rather well. The unmarried thread operation of the 1300X is only 5% down on the Core i5-7500 while multithreaded performance is 9% slower. That said keep in mind both the 1200 and 1300X will be fully unlocked so chances are with a niggling bit of tinkering yous tin can put both well alee of the i5-7500 in this test.

The iv concrete cores of the Ryzen 3 CPUs are able to friction match the ii much higher clocked and Hyper-Threading supported Core i3-7350K cores in the 7-zip file manager benchmark. Again the R3 1300X wasn't much slower than the more expensive i5-7500 while both easily beat the Pentium G4560, though that is a much cheaper CPU.

Moving to the Excel workload I accept to acknowledge I was expecting the Ryzen 3 CPUs to perform much better here. Dropping SMT support along with the lower operating frequencies and reduction in L3 cache capacity has more than halved performance from the 1500X. They also come in well behind the i3-7350K and miles behind the i5-7500. The R3 1200 for example was but able to match the Pentium G4560 in its out of the box spec.

For general usage the Ryzen 3 CPUs should exist comparable to the Pentium G4560 and Core i5-7400 and we are certainly seeing that here in the PCMark ten essentials benchmark. The only event here for the Ryzen 3 CPUs is the operating clock speed, overclock them a little and they volition no doubt match the i5-7500.

The productivity numbers are pretty much what we were expecting give the R5 1500X performance. Given the Core i3-7350K tin can be seen chirapsia the Core i5-7500 in the spreadsheets test and almost matching information technology for the writing exam, it'southward clear to say this criterion favores unmarried-thread operation.

The Ryzen iii CPUs scored very well in the photo editing test, crushing the dual-core Intel CPUs while roughly matching the Cadre i5-7500. That said the rendering & visualization operation was lower than expected, here the R3 1300X roughly matched the i3-7350K.

Then finally for video editing the Ryzen three processors find themselves situated between the Pentium G4560 and Core i5-7500, certainly non a bad issue but again this examination prefers clock speed over core count.