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Things certainly change. A year ago, I reviewed the M1 MacBook Air and found it to be an incredibly fast and compact travel companion. The built-in GPU has 14 total cores. The screen is a Compared to the Screen size is a bit larger, of course see photo above. The MBP weighs 3. For benchmark comparison purposes I always use Geekbench 5.
This utility provides a common set of operations that are timed in order to create a score. There are two tests: a CPU test and a Compute test. The scores from any device can be compared directly to scores from other devices to show relative speed. A two-year-old MacBook Pro, completely put out to pasture…. The Compute benchmarks add in the power of the graphics processing unit GPU. Not so this year.
Both tests were allowed to run through ten iterations, the cable was the same, and the drive was of course the same. This is a bit confusing. As OWC Larry says, the speeds should be the same as well. On both machines, apps launch in a heartbeat and everything is smooth and fast.
That MagSafe also leaves your three Thunderbolt 4 ports open to do what they do best instead of powering your MacBook. I actually had someone on a Zoom call ask me if I was using a different Mac because the image looked so good. For the professional on the go who needs as much power as possible in a small package, the inch MacBook Pro delivers. Save my name, email, and website in this browser for the next time I comment.
Notify me of follow-up comments by email. Apple pretty much took the internal layout from the old entry-level model with Intel CPUs ; even the fan is identical. This means there is still a big difference compared to the more expensive MacBook Pro 13 4x TB3 , which has two fans. All in all, this still means there is basically nothing to do here form a user maintenance standpoint.
The display is still the same. You once again get a glossy IPS-screen with x pixels ppi and a aspect ratio. Apple advertises a brightness of nits, but we cannot confirm that at all measurement spots. All in all, the subjective picture impression is excellent. The device now supports iOS apps as well, so a touchscreen would definitely make more sense now. Compared to Windows rivals, the MacBook Pro 13 offers other advantages like the very well working ambient light sensor, the automatic adjustment of the color temperature based on the ambient lighting TrueTone and the perfect scaling in macOS.
The frequency is very high at kHz though, so there should not be any problems. Great: There is no visible backlight bleeding on a black background, even at the maximum brightness. The MacBook Pro 13 is very well-calibrated out of the box. There is still some room for improvements when we look at the grayscale performance, but all the deviations are already below the important mark of 3. Right now, we are not able to calibrate the new MacBook Pro 13 M1 due to a software issue.
Therefore, we have to use the CalMAN measurements 2D comparison with the reference color space to determine the color gamut. We can confirm Apple's claim about the full P3 color gamut. There should be no flickering or PWM above this brightness setting.
The frequency of Hz is quite high, so most users sensitive to PWM should not notice any flickering. If PWM was detected, an average of minimum: 5 - maximum: Hz was measured. The viewing angle stability of the IPS panel is very good. The display also works well outdoors and it is definitely not as reflective as many other glossy screens. As long as you can avoid direct reflections from light sources, it is no problem to use the notebook even in brighter environments.
The chip itself is completely identical in both devices, which also includes the clocks. The MBP 13 M1 also has the active cooling solution, which should stabilize the performance in sustained load scenarios. First, we have a look at the processor performance in native applications, in this case Cinebench R Still, you will hardly notice this in practice.
We are very impressed that the MacBook Pro 13 can maintain the performance. Almost all mobile devices especially with 15W CPUs usually throttle noticeably after the initial 30 seconds. Our test device also beats pretty much everything in the single-core test, including the most powerful new Tiger Lake CPUs from Intel, the recent Ryzen mobile processors and even the current 45W CPUs from Intel do not stand a chance.
The performance is not less impressive in the multi-core test, and Apple's M1 processor is only beaten by CPUs with much more cores. Among the mobile processors, only the AMD Ryzen 7 U has an advantage, but the much more popular Ryzen 7 U is marginally slower.
Apps without a native version for the M1 CPU, are emulated by the app Rosetta, which works very well. However, the emulation does affect the performance a bit, so the advantage of the new M1 processor in the older Cinebench R15, for example, is a bit smaller. Still, the overall result is excellent. There are no system benchmarks for the new M1 MacBooks yet, so we focus on the browser benchmarks and the subjective performance impression.
If you have ever used Windows on an ARM notebook you probably expect performance issues, but this is fortunately not the case here. Subjectively, macOS even runs a bit better on the new M1 processor and almost all app for Intel Macs we have tried worked without any problems and the emulation did not have a significant impact on the performance impression. The browser benchmarks also produce excellent scores. The new MBP 13 with the M1 processor is just a very fast and responsive machine when you use it.
It obviously benefits from the PCIe SSD as well; the transfer rates are good, only the write result is a bit lower than expected. Still, this does not affect your everyday use. The graphics adapter in the new iPad Air is also clearly beaten. Other titles like Borderlands 3 , Shadow of the Tomb Raider work, but they have to be emulated. Once there are native games for macOS with the M1 processor, we expect a significant performance bump.
You might also experience some graphical issues, like we did wen we tested Total War: Three Kingdoms. The fan is identical to the previous MBP 13 2x TB3 , so we were obviously eager to find out if there are any differences in terms of fan noise.
The new MacBook Pro 13 with the M1 processor is a quieter device in general and the fan is not running as often as before. You will probably never hear the fan at all in everyday usage scenarios, and it usually takes about a minute before the fan starts spinning under load. When we look at load scenarios, we have to differentiate between native and emulated apps.
If you run Cinebench R23 native , for example, it takes a couple of minutes before than fan kicks in and it will eventually fluctuate between For comparison: The predecessor reached its maximum fan noise of If you use Cinebench R15 on the other hand, the fan is spinning much faster on the new MBP 13 M1 and we can measure between The change of the fan speed here is very slow, but you can notice it and we would prefer a steady rpm level.
Our stress test with Cinebench R23 native and Unigine Valley emulated will result in the maximum fan noise of the MBP 13 M1, which is even slightly louder compared to the predecessor at However, the fan is completely turned off if you only run Unigine Valley, so we suspect a bug here. The fan stayed very quiet during our gaming benchmarks and was often turned off. Apple manages the surface temperatures very well. The MacBook Air M1 was already pretty decent despite the passive cooling solution.
The MacBook Pro 13 is even a bit better thanks to the fan. The direct predecessor with Intel i5 CPU was a couple of degrees warmer. This means you can comfortable put the new MBP 13 M1 on your lap without any concerns. It is also very cool during everyday tasks. The speakers are identical to the previous model and our audio analysis also shows pretty much the exact values. Apple's stereo speakers are still among the best in the notebook segment.
The power consumption improved compared to the predecessor and the already very low idle values are even better this time. The MacBook Air M1 is a bit more efficient, but it also has a slightly darker screen. We can measure up to Despite the high fan noise, the MacBook Pro 13 eventually has to reduce the performance a bit. The included 61W power adapter is completely sufficient and still has enough headroom to charge the battery under load. The keyboard illumination is also very efficient.
While we can see jumps of up to 2W on some Windows laptops, the highest keyboard illumination on the MBP 13 only increases the consumption by 0. The battery capacity did not change The MacBook Air M1 with the smaller battery Overall, these are excellent results.
We can keep the verdict about the new MacBook Pro 13 with the M1 processor pretty short: It builds on the strengths of the previous iterations and the new processor improves some aspects like the performance, the fan noise in everyday scenarios or longer battery runtime.
However, there are still some drawbacks like the limited number of ports or the slow Wi-Fi 6 transfer speeds. All in all, it is still one of the best mobile devices on the market. The problem is the comparison with the new MacBook Air. Thanks to the M1 update, the Air is now much more powerful than before, and you cannot really notice a difference between the two devices in practice.
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Mac Benchmarks ; MacBook Pro (inch Late ). Intel Core iH @ GHz (6 cores). ; iMac (inch Retina Early ). Intel Core i @ GHz . Benchmark results for the MacBook Pro (Retina) with an Intel Core iQM processor can be found below. The data on this chart is gathered from. Performance and price comparison graphs for Apple M1 8 Core MHz. The pricing history data shows the price for a single Processor.