Skinny downloading

1. What is Turbo Boost on Mac?
   

   Turbo Boost is a feature available on high end intel processors. When a mac is running tasks that are high on processor demand it can boost frequencies to greater levels which results in better performance. However this can cause the CPU to thermally throttle because of accumulated heat, and quick battery drainage. To counteract these disadvantages Turbo Boost can manage between different levels of frequencies and core counts depending on the tasks at hand. All of this is done automatically without the users input. Mac OS 10.15.5 takes full advantage of these functions.
   

Turbo Boost Explained

For several years now, since 2008 to be precise, Apple has been producing Mac computers with a remarkable feature called Turbo Boost. This is a trademark Intel technology that serves the purpose of increasing a computer’s performance and it may also reduce its power usage. This happens as a result of the processor’s ability to shut off those of its cores that are currently not in use. In turn, this increases the so-called clock speed of the cores that are still in operation, i.e. they start working faster. Turbo boost can be found in all Apple lineup products.

Depending on the configurations of the specific computer model, the Turbo Boost will be set to increase the clock speed to different amounts, in respect to the number of cores in operation. And the way to determine how much extra power you will get for the amount of used cores is by looking at the Turbo Ratio.

Each digit in the Turbo Ratio represents a number of cores, descending from left to right. So, for example, if the Turbo Ratio number is set to 6589, 6 represents the increase when there are 4 cores in operation, 5 – when 3 cores are working, 8 – for 2 cores, and 9 is for when there’s only 1 core in use.

Specs at a glance: Apple Mac mini (2018) Base spec Top spec As reviewed; OS: macOS 10.14 Mojave: CPU: Intel Core i3-8100 (4 core, 4 thread, 3.6GHz, no turbo). Dedicated Mac mini Packages and Pricing. With our dedicated Mac mini server packages you manage all of the software while the engineers at Mac Mini Vault maintain the networking and hardware. All of our dedicated Mac mini servers are connected to the network at 1 Gbps. There are no long term commitments, and you can cancel any time. See full list on maketecheasier.com. An answer provided by @macuser22. Systems such as Apple Mac must use the Apple software developers package in order to use the Apple (Mac) system functions and the developer software only supports the current and last two releases so it is not possible to develop new Mac software for any OS prior to OS X 10.13 since it cannot even be complied. MacOS Big Sur elevates the most advanced desktop operating system in the world to a new level of power and beauty. Experience Mac to the fullest with a refined new design. Enjoy the biggest Safari update ever. Discover new features for Maps and Messages. And get even more transparency around your privacy.

And the numbers themselves represent increments of 100 MHz by which the power is boosted. Hence, in the above example of a Turbo Ratio of 6589, the clock speed can be increased by a maximum of up to 900 MHz. So If you have a Mac has a clock speed of 1.6 GHz, it may be boosted to a total of up to 1.6 GHz + 900 MHz = 2.5 GHz.

You can check the Turbo Ratio that your system is set to on your computer. And to do this, you will need to head over to Console, after which you will need to open kernel.log (or in case you are using Mountain Lion, that will be system.log). Look up AppleIntelCPUPowerManagement and then find Turbo Ratios to determine yours.

One thing to keep in mind is that, naturally, these clock speed increases are limited by a number of factors. Some of these are thermal and power limits, and if any of these are exceeded, the operating frequency will immediately begin to subside

Mac models with Turbo Boost 2020

MacBook Air Retina

· 1.1GHz dual-core 10th-generation Intel Core i3 processor,
Turbo Boost up to 3.2GHz
CPU Performance Score 5255

· 1.1GHz quad-core 10th-generation Intel Core i5 processor,
Turbo Boost up to 3.5GHz
CPU Performance Score 8206

· 1.2GHz quad-core 10th-generation Intel Core i7 processor,
Turbo Boost up to 3.8GHz
CPU Performance Score (no data)

· Macbook Air Turbo Boost range (3.2GHz – 3.8GHz)

MacBook Pro 13-in.
(two Thunderbolt 3 ports)

· 1.4GHz quad‑core 8th‑generation Intel Core i5 processor,
Turbo Boost up to 3.9GHz
CPU Performance Score 8182

· 1.7GHz quad‑core 8th‑generation Intel Core i7 processor,
Turbo Boost up to 4.5GHz –
CPU Performance Score (no useful data)

· Macbook Pro Turbo Boost range (3.9GHz to 4.5GHz)

MacBook Pro 13-in.
(four Thunderbolt 3 ports)

· 2.0GHz quad-core 10th-generation Intel Core i5 processor,
Turbo Boost up to 3.8GHz
CPU Performance Score 9907

· 2.3GHz quad-core 10th-generation Intel Core i7 processor,
Turbo Boost up to 4.1GHz
CPU Performance Score (No data)

· MacBook Pro Turbo Boost range (3.8 GHz – 4.1GHz)

MacBook Pro 16-in.

· 2.6GHz 6-core Intel Core i7

· 2.3GHz 8-core Intel Core i9

· 2.4GHz 8-core Intel Core i9

· Turbo Boost up to 5.0GHz

Desktops:

iMac 21.5-in.

· 2.3GHz dual-core Intel Core i5

· Turbo Boost up to 3.6GHz

iMac 21.5-in. (Retina 4K)

· 3.6GHz quad-core Intel Core i3

· 3.0GHz 6-core Intel Core i5

· 3.2GHz 6-core Intel Core i7

· Turbo Boost up to 4.6GHz

iMac 27-in. (Retina 5K)

· 3.0GHz 6-core Intel Core i5

· 3.1GHz 6-core Intel Core i5

· 3.7GHz 6-core Intel Core i5

· 3.6GHz 8-core Intel Core i9

· Turbo Boost up to 5.0GHz

iMac Pro

· 3.2GHz 8-core Intel Xeon W

· 3.0GHz 10-core Intel Xeon W

· 2.5GHz 14-core Intel Xeon W

· 2.3GHz 18-core Intel Xeon W

· Turbo Boost up to 4.5GHz

Mac mini

· 3.6GHz quad-core Intel Core i3

· 3.0GHz 6-core Intel Core i5

· 3.2GHz 6-core Intel Core i7

· Turbo Boost up to 4.6GHz

Mac Pro

· 3.5GHz 8-core Intel Xeon W

· 3.3GHz 12-core Intel Xeon W

· 3.2GHz 16-core Intel Xeon W

· 2.7GHz 24-core Intel Xeon W

· 2.5GHz 28-core Intel Xeon W

· Turbo Boost up to 4.4GHz

Intel Processors on Mac Availability

There are several processors that possess the Turbo Boost feature and they are as follows: Core M, Core i3, Core i5, Core i7, Core i9 and Xeon. Obviously, it’s a bit of a selection – so how do you know which one is right for you? We will break it down for you, so you are aware of the main differences. You can check our list of all Mac models with there CPU’s and pricing list.

Core M.

The Core M was the first-ever Intel chip for laptops that didn’t require a fan for cooling. It has been present in the Mac Retina laptops since the model’s initial release in 2014, and it is largely responsible for the Retina’s sleek design and extremely light weight of just 900g. Its power efficiency also resulted in a 9-hour battery life a fairly good processing speed. However, the Core M is no longer used by Apple today.

Core i3

The Macs that come with Core i3 processors do not offer Turbo Boost. Therefore, the speed listed by the manufacturer is the speed you get. No over-clocking.

Core i5.

This is the processor you will find in the overwhelming majority of Macs. The very first i5 processor was present in the entry-level iMac and it had a dual-core. These days, however, the i5 is either quad-core or 6-core.

Core i7

The i7 processors was no longer used in modern day Macs up until the year 2020. The new 13 inch mac book pro is equipped with the latest 10th generation model. Namely, the Core i7 boasted features like Hyper Threading and larger cache. And both of these features made for better multitasking and were good for scientific work, as well as high-end gaming.

Core i9

If we compare it to the rest of the processors in this list, the Core i9 is the fancy sports car of the lot. It is very fast and can come with up to 8-cores. The Core i9 first appeared in the 9th generation Coffee Lake refresh and has been the latest craze ever since. However, such high speeds come at a cost, and the cost in this particular case is the shorter battery life.

Xeon

Xeon processors are the heavy artillery of processors in this list. They support more memory than any of the others here, with a good example of this being the 2019 Mac Pro that can come with up to a whopping 1.5TB RAM. These are workstation and server processors and they offer significantly more cores. In fact, Mac Pro models can have up to 28-cores.

Can I control Turbo Boost on my Mac?

It is possible to control the Turbo Boost settings of your Mac and there are several reasons why you may want to or even need to do this. For instance, some of the latest Macs do tend to heat up rather quickly. So you may want to disable Turbo Boost to prevent overheating. Another reason you may want to switch off this feature is to decrease power consumption and thus prolong the battery life.

There is an app available that will allow you to disable the Turbo Boost on your computer. It’s called Turbo Boost Switcher, and the free version will give you the option to disable the feature manually. And there’s also the paid version, which will set you back $10, but comes with a whole range of different extras. For one, unlike in the free version, you won’t have to type in your password every time in order to switch off Turbo Boost. And for another, you will also have the chance to set the switcher to start automatically.

Of course, while switching Turbo Boost off will provide you with a longer battery life and a cooler machine, it will certainly take its toll on your Mac’s processing speed. Whether or not the sacrifice is worth it will depend on what you use your computer for, and, of course, your personal preferences.

If you generally don’t tend to use your computer for more processor-intensive tasks, then you won’t really suffer that much from the decreased CPU.

This is probably not the byline you were expecting for a review of some Apple hardware. It comes as a bit of a shock to both of us, to be honest, but here we are: I have a Mac mini on my desk, along with a Magic Trackpad and Magic Keyboard. It's all hooked up to an LG 4K 21.5-inch display, all supplied by Apple.

To set your minds at ease; this isn't the first Mac I've used. I have owned a few MacBook Pros over the years, and there was a time a few years go where I was seriously considering giving up Windows and switching entirely to Mac OS X. For now, it suffices to know that if I were to get back into using macOS as my daily driver, the Mac mini is probably the machine I'd want to get.

With the newest Mac mini, gone is the two-core, four-thread 28W Haswell processor with up to 16GB soldered RAM. This machine boasts Coffee Lake processors, either a four-core, four-thread Core i3 base model or the six-core, 12-thread Core i7 chip as found in my review system. This processor is paired with up to 64GB socketed, user-serviceable RAM. Storage has also been shaken up. Instead of a range of hybrid and SSD options, the new Mac mini is all SSD, from 128GB to 2TB. There are four Thunderbolt 3 ports, one wired Ethernet port (usually gigabit, but optionally upgraded to 10 gigabit), an HDMI 2 port, two USB 3.1 generation 1 ports, and a 3.5mm headset jack.

It turns out that hardware can get a lot better when you wait four years between upgrades.

T2: Great movie, great chip

The new system includes Apple's new T2 security chip, and frankly this is one area where Apple's ability and willingness to build things that aren't quite PCs is a virtue. Approximately a thousand years ago, or perhaps in the early 2000s, various key players in the PC industry came together to try to make computers 'trusted.' What 'trusted' means here is providing a system wherein the PC can detect, and block, certain kinds of tampering.

Some of these are valuable to end users: for example, a system can ensure that neither its firmware nor operating system have been modified, thereby blocking any attempts to attack a system with boot kits or modifications to core operating system files. Windows' BitLocker encryption uses the TPM to store encryption keys, with the TPM only letting BitLocker see the keys when it can show that it hasn't been modified. But other capabilities are more contentious: the same protection against tampering could be used to enforce DRM in digital media, for example.

The major output of the Trusted Computing project was the 'Trusted Platform Module' (TPM). This is usually a small chip that contains some private cryptographic keys, a random number generator, some storage for secrets, and some cryptographic hardware. (Modern Intel and AMD systems also offer a firmware-based TPM.) TPMs are abundant in PC laptops and in corporate desktops, but they are often omitted from enthusiast systems and motherboards—while lots of boards have a slot for the TPM, it's usually left empty. Trusted Computing and the TPM engendered a lot of mistrust among certain parts of the PC community, with the DRM implications being of particular concern.

Mini Racing Cars

Some of Apple's earliest x86 systems, the ones used by software developers ahead of the company's actual transition away from PowerPC, included a TPM on the motherboard. However, Apple never actually used it, and no Macs today include a TPM. But they do include a T2 chip... which is a TPM and then some.

Mini Racing Game

The T2 has a number of similarities with a TPM. To start, it includes secure storage for keys, which it uses to validate the boot process to protect against firmware and operating system tampering. But it goes further. It includes SSD controllers, and T2 transparently encrypts and decrypts everything written and read to the SSDs in the system. In a sense, it essentially converts any SSD into a self-encrypted drive. Apple has moved a range of encryption and key management tasks to the T2, making it an integral part of the platform.

It's also likely that the T2 can be used in all the bad ways that caused so much concern with Trusted Computing and the TPM. Still, the security implications are compelling, and in many ways the world seems to have made peace with DRM. The utility of streaming media services is overwhelming, and in general the DRM is so well hidden that you never really notice that it's there.

This is useful innovation, and it's a kind that's much easier for Apple to do (as Apple doesn't have the same compatibility concerns) than the PC industry. There's nothing in particular preventing a PC manufacturer from building its own SSD controller, high performance encryption engine, and secure TPM or TPM-like chip; they just haven't. It's probably not worth it for any individual PC manufacturer, because you need the software support within Windows, and not even Microsoft has the power to enforce this kind of thing from above. The company wanted to make TPMs mandatory on desktop systems to get a designed for Windows sticker but had to relent and remove the requirement.