The Microsoft Surface family of products covers a wide range of tablets, laptops, desktops, and even digital whiteboard devices. This has led to some confusion regarding what a Surface device is and what it can do.
A common question is “What’s the difference between Microsoft Surface and Surface Laptops?” The answer depends on which Microsoft Surface device you’re talking about. Another common question is “Which is better when you compare Surface Pro vs Laptops?” The answer to this question may vary depending on what your needs are. To help you out, here’s a quick comparison between Surface Pro and Surface Laptop devices*:
*For the sake of brevity, we will be comparing the base models of the newest Surface Pro and Surface Laptop devices: Surface Pro X, Surface Pro 7, and Surface Laptop 3 using data available on the Microsoft Store, retrieved February, 2020.
1. Surface Pro Vs Surface Laptop: Cost
One of the first things that every business needs to know about the equipment they plan to invest in is how much that equipment costs. At the time of this writing, the latest Surface Pro and Surface Laptop for Business devices have a base cost of:
Surface Laptop 3: $799 (marked down from $999)
This brings the base cost of these Surface devices in line with what you would expect from some high-end smartphones. As the least expensive item at base price, the Surface Pro 7 wins in this category (though by a narrow margin). It should be noted that any additional features, services, and accessories/upgrades will affect the final cost of a Surface device.
However, cost isn’t always the best criteria to use for choosing a productivity tool. There are many other factors to consider that may prove to be far more important when choosing a productivity tool for your business.
2. Surface Laptop Vs Surface Pro: Form Factor
One of the defining features of any device is its form factor. The size, shape, and weight of a device all impact how people will perceive and use the device.
Here’s a quick comparison of the form factors for the latest Surface Pro vs Surface Laptop devices:
|Surface Pro X||
11.3” x 8.2” x 0.28”
(287 mm x 208 mm x 7.3mm)
1.7 lbs. (774 g)
|Hybrid tablet/laptop with removable keyboard|
|Surface Pro 7||
11.5” x 7.9” x 0.33”
(292 mm x 201 mm x 8.5 mm)
|i3, i5: 1.7 lbs. (775 g)
i7: 1.74 lbs. (790 g)
|Hybrid tablet/laptop with removable keyboard|
|Surface Laptop 3||
13.5”: 12.1” x 8.8” x 0.57” (308 mm x 223 mm x 14.5 mm)
15”: 13.4” x 9.6” x 0.57” (339.5 mm x 244 mm x 14.69 mm)
13.5” screen: 2.79-2.84 lbs. (1,265-1,288 g)
15” Screen: 3.4 lbs. (1,542 g)
Predictably, the Surface Laptop is the largest of the three devices, weighing about twice as much as the Surface Pro (depending on whether you get the smaller or larger laptop screen). This makes the Surface laptop less comfortable to pull out and hold in public settings like on the bus during the commute to work.
However, on the plus side, the bigger screen gives employees more visual “real estate” to work with when designing on a Surface Laptop vs Surface Pro devices. This makes graphic design easier, and can be useful for enlarging type on the screen so it is easier to read.
Additionally, some employees may find that they prefer a dedicated laptop with a larger keyboard to a slightly smaller tablet with a removable keyboard—or vice versa. The smaller form factor and lighter weight of the Surface Pro vs Surface Laptop 3 makes it easier to carry on the go. So, some employees who are constantly working in the field or who travel a lot for work may appreciate the Pro more than the Laptop.
3. Surface Pro Vs Surface Laptop: Collaboration Features
Whether you choose the Surface Pro or Laptop, you’re going to have access to a lot of handy collaboration features. Every device in the Surface line is designed with Microsoft Teams and Office in mind—so you can expect them all to work well with these important team collaboration tools.
Additionally, all three of the devices being compared here have cameras and microphones for capturing live video and conducting videoconferences. Here, the Surface Pro devices (X and 7) have a slight edge in camera quality over the Surface Laptop 3. Where the Microsoft laptop has a forward-facing camera that captures 720p HD video, the Surface Pro X and Pro 7 both have a front-facing camera that captures 1080p HD video. The Surface Pro 7 also has a rear-facing 8.0 MP camera, while the Pro X has a 10.0 MP rear-facing camera—the laptop only has the single, front-facing camera.
Combined with the portability of the Surface Pro, these rear-facing cameras make Surface Pro devices more ideal for employees who need to capture high-resolution images while on the job.
For example, site surveyors and safety inspectors who need to document photographic evidence for their reports would likely prefer the Surface Pro to the Surface Laptop for this reason.
Aside from the camera, another important collaboration feature is the ability to connect to the internet so other web-based collaboration tools can be put to use in the first place. Of the three Surface devices being compared here, the Surface Pro X is the best at this out of the box. Why? Because it has LTE Advanced connectivity as a base feature.
Neither the Surface Pro 7 nor the Surface Laptop 3 offer LTE connectivity in their base models. So, if your office uses a lot of online collaboration apps, and your workers frequently work where they might not have easy Wi-Fi access, the Surface Pro X may be your best option for ensuring collaboration.
4. Surface Laptop Vs Surface Pro: Processing Power
Another key metric that many computing devices get judged on is their processing power—which is basically a measure of how much information they can process per second. This can be a complicated subject because there are many different kinds of processors on the market, and they behave in different ways. Some of the key terms to know about a central processing unit (CPU) include:
- Generation Number. Many processors have a designation like “7th gen” or “8th gen” in their name. This is a note of how “new” the processor is for that manufacturer. Generally speaking, higher generation numbers indicate newer processor designs (e.g., an 8th gen processor is newer than a 7th gen processor of the same type). Newer processors tend to be more advanced and capable than older ones of the same line.
- Single, Dual, and Quad Core. Many processors will state that they’re single, dual, or quad-core processors. In processors with more than one “core,” the additional cores act almost like separate CPUs, allowing the processor to multitask more efficiently or process large data sets faster than a single-core processor could. Think of it like having a team of people working on a project vs having one person doing it—two or four people can paint a wall much faster than a single person working alone.
- Clock Speed. This is a measure of how fast a CPU’s core can work, measured in megahertz (MHz) or gigahertz (GHz). Higher clock speeds make for faster computers. However, this isn’t the only important measure affecting the processors’ overall speed at completing specific tasks. Some processor architectures can make calculations more or less efficient, which impacts processing speed as well. Many processors have a “turbo boost” or “overclocking” option which raises their clock speed, but may result in damage to the CPU over time due to the excess heat generated.
There are more terms to know about CPUs, but these ones are usually what most people look at in casual comparisons.
In addition to a CPU, some computers may have a dedicated graphics processor (GPU). This is a secondary processor that is used to process images. This extra processor helps lighten the load on the CPU by handling graphics for it. This is a common feature of gaming PCs and computers intended for use in graphic design roles.
Another factor that affects the efficiency of a computer is its random access memory (RAM). RAM is a kind of temporary storage that a computer uses to hold onto whatever data it is currently working on to accomplish a task. More RAM allows computers to hold on to more data at once, allowing the processor to handle bigger files without having to repeatedly tap into the computer’s long-term storage (i.e. the hard drive).
So, between the Surface Pro X, Surface Pro 7, and Laptop 3, which computer has the best processing power?
- Surface Pro X: This Microsoft Surface device uses a custom-developed CPU that is different from traditional Intel® or AMD® processors. The Microsoft® SQ1™ ARM CPU has eight cores, a clock speed of 3GHz, and a 4MB cache built in.
- Surface Pro 7: The Surface Pro 7 uses one of three different Intel® processors depending on the model: the i3-1005G1, the i5-1035G4, or the i7-1065G7. The i3 is a dual-core processor with a 1.2GHz clock speed and 4MB cache. The i5 is a quad-core with a 1 GHz clock speed (base, this rises to 3.6 GHz when turbocharged) and a 6MB cache. The i7 is a quad-core processor with a 1.3 GHz clock speed (base, 3.9 GHz turbocharged) and 8MB of cache.
- Surface Laptop 3: Depending on the model, the Surface Laptop 3 may come with an Intel® i5 or i7 quad-core processor, or an AMD Ryzen™ 5 3580U or 7 3780U mobile processor. The AMD Ryzen™ 5 is a quad-core processor that has a base clock speed of 2.1GHz (3.7GHz turbo) and 3MB of cache. The Ryzen™ 7 is a quad-core processor with 2.3GHz base clock speed (4GHz turbo) and 4MB of cache.
In this evaluation, the Surface Pro X has the strongest base stats, having an eight-core processor with a 3GHz clock speed. However, the Intel® processors in the Pro 7 and the Laptop 3 have more cache, and can be turbo-boosted for a higher clock speed.
For basic Office productivity programs, like Word or Excel, the difference between these CPUs will barely be noticeable to users unless they’re working with truly massive files. Processor power might matter more to power users, such as graphic designers or system admins who have to manage massive data tables—though these users may prefer something like the Surface Studio 2 unless they’re expected to frequently work from outside the office.
5. Surface Pro Vs Surface Laptop: Storage
While the advent of cloud applications and storage make it more convenient than ever to store important files online, there are occasions where users will need to install a local copy of a program or download a file to their device so they can work on it offline.
Most of the long-term storage drive options for the Surface Pro X, Surface Pro 7, and Surface Laptop 3 are very similar. All three use solid-state drives (SSDs). However, the capacities of these drives vary. While the Surface Pro 7 and Laptop 3 each have four SSD options (128GB, 256GB, 512GB, and 1TB), the Pro X only has three (128GB, 256GB, and 512GB).
The other key memory spec to keep in mind is the computer’s short-term storage (a.k.a. RAM):
- The Surface Pro X can have either 8GB or 16GB of RAM;
- The Surface Pro 7 can have 4GB, 8GB, or 16GB of RAM; and
- The Surface Laptop 3 can have 8GB, 16GB, or 32GB of RAM.
For both short- and long-term memory, the Surface Laptop 3 has the best specs—though both Pro models are pretty good too.
Should You Get a Microsoft Surface Pro or Laptop?
So, which Microsoft Surface device is right for you? Once again, the answer depends on what you’re looking for in your productivity tool (Take a quick quiz and we'll tell you which is best for your needs).
If portability and connectivity on the go are your paramount concerns, then the Surface Pro X is probably your best option. The built-in cameras and LTE connectivity of this device, combined with its light weight and form factor, make it the king of mobile work environments.
Meanwhile, if you need more processor power and a bigger screen for working with Photoshop or other design software, but still want to be able to pack up your computer and take it with you wherever you go, the Surface Laptop 3 may provide the biggest bang for your buck.
Need help finding the perfect Microsoft Surface devices for your employees? Reach out to the Protected Trust team for more information and advice!