The bottom side of the B360 G3 remains mostly unadorned. The two batteries fit flush into the body of the laptop. A springloaded lockable mechanism keeps them securely in place, while also making them hot-swappable in seconds.

In the center of the bottom is the surface-mount docking connector for the B360's optional office and vehicles docks. Next to that appear to be antenna pass-throughs.

Note here that Getac chose a different customization path with the B360 laptop than, for example, their UX10 rugged tablet. The UX10 tablet has three different expansion areas that each can accommodate one of the several available options, which makes for a very large number of possible permutations. With the B360, Getac gave the device a good number of expected I/O as well as a plenty of optional configurations, those including a Smart card reader, fingerprint reader, HF-RFID reader, barcode reader and more.

For a rugged laptop, the goal is to come up with an elegant, attractive design that communicates toughness, competence, professionalism, and also a unique brand identity. That is not easy. Getac has had decades of experience with designing such laptops, and that shows in the B360. It is a good-looking, trust-inspiring piece of equipment. Colors, materials, textures, lines, corners, labels — everything looks and fits just right.

There's also great attention to details. We consider that important. The mustachioed German philosopher Friedrich Nietzsche once supposedly conjectured that that's where the devil is, in the details. In all the small little things that often get overlooked, and that, if not properly designed and attended to, will come back to haunt you.

A laptop has lots of details, and Getac quite obviously thought them through. Below are some of the details that showcase this impressive attention to every detail:

Clockwise and starting from the upper left, you can see:

1. The clasp that secures the LCD screen against the computer case with the keyboard is one of the most important parts of every laptop. You don't want for the screen to open up when it shouldn't, and you don't want a clasp/lock that's clumsy and hard to operate. Getac got it just right with a spring-loaded clasp that automatically locks, but also easily lets go with just a tap on the clasp.

2. If a rugged computer gets dropped (and it will), the screen must not be jarred open upon impact. Two steel bolts make sure that would never happen in the B360.

3. If you use a stylus with your laptop, it should be tethered and it should have a stylus garage in a convenient and easily located spot. The B360 has that. And it says "Getac" on it. Most of us have many styli. To know which one goes with which device is a very good idea.

4. Too many buttons are confusing, especially if they are poorly labeled. Getac gave the B360 just three, a good number. They are backlit and clearly labeled. A green power button and two programmable function buttons. Excellent.

5. Annunciator lights tell the user what the computer is doing. All too often such lights are poorly labeled and in hard-to-see places. On the B360 they are clearly labeled and where you can easily see them, as it should be.

6. The Getac B360's hot-swappable batteries are flush-mounted into the bottom of the computer case. It'd require a big seal to keep the entire battery compartment dry. So Getac used just an O-ring seal around the battery connector. A common solution, but especially well implemented here.

And another set of nice details: clockwise and starting from the upper left, you can see:

7. It's great to have hot-swappable batteries, but do you always know if your spares are actually charged? And how much? With the B360's batteries there's never any doubt; just push a button and five LEDs show the charge level.

8. Many touch pads are too deeply recessed for convenient use. The B360's 3-1/2 x 2 inch capacitive multi-touch pad is recessed only as much so you can easily sense its perimeter with your finger(s). It's also very responsive and has the exact right surface stiction.

9. You want to be able to replace hot-swappable batteries quickly and easily, but you don't want to have them come loose or fall out by mistake. The B360 has lockable spring-loaded levers that work just right.

10. The B360 has a small fan and a fan grille. Have no fear, though: the fan's housing is completely sealed to the interior of the laptop, and the fan itself works even underwater.

11. This is the port sealing method Getac uses on the B360. Sealing external standard ports is never easy, designing such ports isn't easy, and making sure they are properly secured requires a conscious effort. It takes a bit of getting used to the ports on the B360, but they get the job done.

12. Consumer and enterprise laptops are often too slim and too compact to have decent speakers in the proper place. The B360's speakers are perfectly placed, to the left and right of the keyboard. Sound quality has been enhanced in the 3rd gen with a smart amp.

In terms of layout and look, these days almost everyone uses the "island-style" look with fairly short key travel but good tactile feedback. That's important in the field; everything must be optimized for functionality, clarity and ease of use. Compared to the keyboards we saw in the second generation B360 and B360 Pro, the labeling and icons in our 3rd gen test machine is much more elegant. We're talking Apple level elegance here. The difference is quite dramatic. In fact, the whole design looks and feels much like the standard Apple keyboard, which today is pretty much the standard for good keyboard design. Even some of the key widths and arrangements have been re-designed, for the better. An example is switching the Fn/Ctrl keys on the lefthand bottom of the keyboard to the more common Ctrl/Fn sequence. A small change, but one that a lot of users will appreciate. On the right side, the old "hamburger" key that made menus and pulldown pop up has been replaced by the Microsoft CoPilot key.

Placement of the keyboard in relation to the slightly recessed capacitive multi-touch touchpad and the two "mouse" buttons is just right. The touchpad seems the same as in the prior version. And, almost needless to say for full-size laptop, the all-important QWERTY layout is 100%-scale. That means the distance between the center of the letter Q and the center of the letter P is exactly 6-3/4 inches. This way, anyone used to a standard keyboard will have no problem finding the key and feeling at home, even if they are not full touch-typists.

The LED-based backlight can be toggled on/off via a function key combination. Illumination is reddish-tinted white, and it clearly illuminates the keys in semi and full darkness.

An example of that rapid advancement was Intel's switch to hybrid processors, something that's actually been the norm in smartphones for years. "Hybrid" here means that in multi-processor CPUs, instead of using the same type of processor core for all work, there are complex, powerful P-cores (power cores) for the heavy lifting, and smaller, less complex E-cores (efficient cores) for routine tasks. So, it became power cores for maximum performance, and economy cores to save battery life — packing the best of both worlds into one chip. Intel started that with their "Alder Lake" 12th generation of Core processors.

The first generation Getac B360 was based on 10th generation CPUs, but when Intel released the "Alder Lake" 12th generation, Getac quickly adopted it for the second generation B360. The hybrid architecture actually meant a fairly substantial change in how things worked. Since there were now two types of processing cores, hardware and software had to work together in novel ways to take full advantage of the two types of cores. There was now a new "thread director" that was to make sure that whatever came into the system was sent to the proper cores for processing. The second gen B360 was faster than the original, but not by as much as we had expected. Intel and Microsoft hadn't quite optimized the arrangement just yet, and that went for performance as well as for economy. Intel quickly addressed most issues in the 13th Core processor generation — a bit of a frustration for early "Alder Lake" hybrid adopters.

And then things changed again, and this time due to a true game-changing development. AI happened, and with it came a lot of change. AI-type of processing is inherently different from "traditional" processing. It's more like graphics. It's more parallel than serial in nature. Almost everything was caught by surprise by how quickly everything changed. Intel itself had already worked on the 14th generation, with thread directing all nailed down and all going well. But suddenly everything was about AI, and Intel quickly split the 14th gen of Core processors into two flavors. On the one side there was "Raptor Lake Refresh," with more refinements and advancements of the hybrid architecture. But AI required a different direction with different emphasis, and so there are now also "Meteor Lake" 14th gen Intel Core Ultra chips. Those don't just have a CPU for processing and a GPU for graphics, they also have an NPU — Neural Processing Unit — because that's needed for the special type of AI processing.

But there's more. Turns out that the NPUs that Intel baked into the first Core Ultra chips were a good start and made for a degree of "AI-Readiness," but no more than that. Some more NPU punch was needed, and also some more optimization for AI-type of processing. So barely half a year after Core Ultra, Intel launched Core Ultra Series 2. Series 2 brought much more powerful NPUs, going from about just 10 to over 40 TOPS (Tera Operations Per Second). And Intel also gave them powerful Arc-branded graphics instead of the traditional integrated Iris graphics. Arc GPUs were available before, but generally as discrete modules, and not integrated.

The third generation B360 uses those powerful new Series 2 processors. The table below shows all four CPU options for the B360 G3:

Now, what does all of that mean? First you'll notice that all of the chip options for the B360 G3 are Intel "H" Series CPUs — chips designed for high-performance laptops. That's different, for example, from the Series 2 "V" processors in the Getac B360 Plus, which we'll review separately. The "H" Series chips available for the B360 are all hybrid designs that use power and efficient cores, but they also use "Low Power" efficient cores as well. The latter are used for very low power background tasks.

You'll note that the power cores in these chips are no longer "hyper-threaded", so the total number of threads in these processors is the total number of actual cores. Also note that the two i7 options have six power cores and the two i5 options only four. That will make for a performance difference, as does the i7 cores' larger cache and slightly higher clock speeds.

Next you can see that three of the four CPU options use Intel Arc 140T graphics and one only Arc 130T graphics. The sole difference there seems to be that the 130T uses only seven instead of the full 140T's eight graphics cores. That somehow must make sense to Intel. Bottom line is that running on seven instead of eight GPU cores means a drop in peak TOPS performance. The NPUs on this quartet of chip options are the same.

In order to get a sense of where the Getac B360 G3 stands in terms of raw performance compared to its G2 predecessor and its primary laptop competition from Dell, Durabook and Panasonic, we ran our standard benchmark suites (PassMark 6.1 and 9, CrystalMark, PCMark10, 3DMark, and GeekBench. The results are as follows:

What do the benchmarks show? The results are pretty much as expected. Newer chip generations outperform older ones. What we didn't expect was by just how much.

First, the new third generation Getac B360 outperformed its second generation predecessor in every test but one (PCMark 10 drive performance). And it outperformed the older machine by a substantial margin. In graphics performance, the Arc graphics that come with every one of the new B360's CPU options literally clobbered the older machine. In our testing we often see relatively minor performance improvements between platform generations. Not here. The third gen of the B360 is a BIG performance step forward.

Second, and this must be quite frustrating to many manufacturers, Intel itself obsoletes new products ever so quickly with its rapid-fire introduction of new chips. The considerable performance gap between Core Ultra Series 1 chips, and the Series 2 that was released barely more than half a year later must be bit vexing for those who jumped to Core Ultra when it first came out.

The once vaunted 11th gen of Intel's Core processor, the gen that we considered a true milestone, has now been left way behind. The Panasonic Toughbook 40 that's listed in the table with 11th gen tech has since also been upgraded to Core Ultra Series 1, but we haven't received a review unit from Panasonic as of yet.

Another thing that seems almost physically impossible: for years, lowering the thermal design power — basically the heat generated by the highest wattage of a system built on a given chip — was an ongoing quest. But now we're seeing higher and higher TDPs, with the chips in the new B360 clocking in at 28/115 watts, unthinkably high just a few short years ago. And yet, our review B360 was also the most "fuel-efficient" laptop in the table above, sipping just 6.16 watt-hours per hour in the very demanding PCMark 10 Battery test.

Here's a very quick introduction what all that means and how it all works. In the early days of computing, long ago, processors were 4-bit, then 8-bit (like the first IBM PC), then 16-bit, 32-bit, and 64-bit. There was a veritable war between CISC (Complex Instruction Set Computing) and RISC (Reduced Instruction Set Computing). Some argued that complex instruction sets were the way to go, others felt simple instruction sets worked just as well, and were faster and more efficient. Intel was on the CISC side, and ARM (the processor technology used in most smartphone chips) on the RISC side. Today's hardware is powerful enough to run whatever bit-length, and the controversy has shifted to what bit-lengths and "precisions" are faster and more efficient to run.

Well, it turned out that the type of math in graphics and AI workloads actually works faster and more efficiently with shorter bit lengths. As a result, AI benchmarks determine the performance of processors in "single precision" FP32 format, in "half precision" FP16 format, and in "quantized precision" INT8 format — 32, 16, and 8 bit. This is where GPUs and NPUs come in, Graphics Processing Units, and Neural Processing Units. In those areas, performance is specified in TOPS — Tera Operations Per Second, and a metric for AI model performance is IPS — Inferences Per Second.

The suitability of a processor and computer, of course, depends on what you seek to do with it. While general computing will never go out of style, graphics performance and AI-type of processing performance are increasingly important, and hence the growing focus on GPUs and NPUs, and the software that runs fastest and most economically on them.

And that is what Getac refers to when they talk about the "powerful AI-ready technology" in the 3rd gen B360. There will be much more progress in the future, but for now, the Intel Core Ultra Series 2 chips really steps up the game.

The table below shows the results computed by the GeekBench AI benchmark suite. The benchmark numbers are in IPS, inferences per second, the higher the better. "OpenVINO" is an Intel toolkit that optimizes and accelerates AI models on CPUs, GPUs, and NPUs. The table represents the relative performance of the B360's with its Intel Core Ultra 7 Series 2 processor on CPU, GPU and NPU, and also how that compares to an Intel Core Ultra 7 Series 1 processor system that we recently tested in our lab.

Battery technology has come a long way, but progress remains slower than overall progress in electronics and miniaturization. Does that mean today's slender power packs have less capacity? Often they do. Rugged devices of the past routinely had standard batteries with 90 or 100 watt-hour capacities. Today it's often much less than that.

As is, combined, the B360's two slender (just 3/8-inch thick) batteries, now pack 62.7 watt-hours, a good and much appreciated step up from the predecessor model's meager 46.6 watt-hours! This addresses one of the few concerns we had about the second gen B360.

Getac specs don't list expected battery life in the B360's specs, probably because battery life depends on so many variables. So, given the B360's substantial performance and super-bright screen, what will we find?

We used PassMark's BatteryMon to measure basic power draw. Selecting the Getac "Best Power Efficiency" mode, and screen brightness toggle set to its lowest setting, we saw a minimum of 3.4 watts, significantly less than the second gen's minimum draw of just 4.2 watts. With the backlight set to 50% it was 4.4 watts (compared to the G2's 5.6 watts), and with the backlight at 100%, 8.5 watts — over two watts less than the predecessor's 10.7 watts. Dividing the full available 62.8 watt-hours by the lowest observed power draw of 3.4 watts would indicate a theoretical battery life of 16.4 hours.

Putting the B360 into Windows' "Best Performance" power mode and toggling the backlight to 0%, power draw was 4.2 watts, good for a theoretical 14.9 hours. With the backlight set to the 50% level, it was 5.1 watts, still good for 12.3 hours.

With the backlight at 100%, power draw rose to 19.5 watts. This means that in "Best Performance" mode and backlight as bright as Windows sets it, theoretical battery life is down quite a bit, but it is still 6.6 hours. All these battery draws are much lower than those of the last generation B360, despite its much higher performance!

All that said, of course, the power draw we measured was at idle. In real life use, computers go into standby mode after a period of idling, using even less power, but when called to do actual work, they use much more. Which means that real life battery life will vary.

This is why the PCMark10 Battery benchmark, which continuously exercises the computer with a variety of common computing tasks until the battery is exhausted, is a much more reliable predictor of real world battery life.

In that PCMark10 Battery test — with the laptop in economy mode and the display set to 200 nits luminance — the Getac B360 lasted 10:11 hours, which was way more than the predecessor's much shorter 4:32 hours. Between the higher battery capacity, the better power management in the newest electronics, and Microsoft's as well as Getac's optimization, the 3rd gen B360 can now easily do what is expected from a rugged laptop designed for use on the job — making it through a full shift and then some. The test result shows 9:47 hours from 99% battery down to 3%; we extrapolated from 100% to 0%

Finally, Getac's rugged mobile computer decontamination document (see here) recommends a number of commonly available disinfectants for the B360 — still very relevant even in post-pandemic times. All those disinfectants have been tested for 10,000 swipe-downs at a pressure of 14.22 psi.

LumiBond® 2 display works well indoors and out

Computer displays have come a very long way since the early days of the PC, with many of today's displays being pretty much perfect. Indoors, that is. Outdoors, the sun can overwhelm the brightest display, and there are reflections that can make a screen difficult to see and use. Clearly, outdoor/sunlight viewability is of crucial importance to users of rugged laptops such as the Getac B360.

As a result, rugged computer manufacturers have long been in a race for the best possible outdoor/sunlight-viewable display technology. Several years ago, Getac came up with their "QuadraClear®". The term referred to its four core features: a bright backlight, anti-reflective coatings, linear polarizer, and circular polarizer.

All major manufacturers of outdoor-usable mobile computing equipment use those technologies, and so the difference boils down to a) backlight brightness and b) the extent to which the expensive optical coatings are applied and how the various layers are bonded (the fewer reflective surfaces, the better). Getac calls their layer bonding process "LumiBond®" (see LumiBond® page).

What constitutes a "powerful" backlight? That's where luminance, the intensity of light emitted, comes in.

Luminance is measured in candela per square meter, where candela refers to luminous intensity, the power emitted by a light source. Since "candela per square meter" is a bit cumbersome, the industry uses "nits" which really is just short for "units".

A standard laptop display is generally in the 200 nits range, and rarely reaches 300 nits. Premium tablets are in the 400-600 nits range. Some heavy-duty rugged gear went as high as 1500 nits, but that generally required a massive, heavy battery.

The Getac B360 display is listed as 1400 nits, which is very bright. And its various optical treatments cut down the percentage of incoming ambient light. That's important because the ratio between the backlight and the reflected incoming ambient light determines the effective contrast ratio, which then translates into the degree of real world outdoor readability of a display. In our testing we saw a maximum luminance of just over 1300 nits.

The image collage below shows the B360 display under a wide variety of viewing conditions.

Overall, its sheer brightness precludes the picture from washing out, the way it does on lesser screens, under almost any lighting condition. The semi-matte surface also totally eliminates the sharp reflections that bedevil standard "glossy" displays outdoors.

There are, however, no completely perfectly solutions to outdoor viewability with current display technology. Getac made this display as bright as possible while, with prudent use of full brightness, still offering generous battery life. But even with a semi-matte displays surface, reflections manifest — not in a distracting mirror-like way, but a degree of milkiness when the display diffuses light. The bottom right, with the display facing the clear sunny sky, photographed with some moving aberrations that are not otherwise present.

Overall, the B360 display is excellent. Both glossy and semi-matte screens have their pros and cons, but outdoors and in the sun, semi-matte's ability to diffuse the sharp reflections of glossy screens can be a distinct advantage. This is about as good as it currently gets.

One thing, though, and we already mentioned that when we reviewed the second gen B360 two years ago: It's really time to increase screen resolution! With ever more powerful GPUs, AI applications, and increasingly complex graphics and mapping software, machines such as the Getac B360 are now used to perform complex and very detailed imaging tasks and computations. Good old "Full HD" 1920 x 1080 pixel is rapidly becoming a weak link. It'd be nice to get 1440p 2560 x 1440 resolution, or better, at least as an option.

Glove touch and handling rain

One of the limiting issues with capacitive multi-touch is that in its generic form, it only works with human fingers or, to a lesser extent, with capacitive styli. Capacitive touch doesn't like rain and it won't accept thick gloves and such. Unfortunately, wetness and the need for gloves is exactly what one encounters out there where machines such as the Getac B360 are often used.

Getac was one of the first to address these issues, and solutions have been part of the LumiBond® 2.0 technology for several years. There's a special G-Manager "Touch Screen" display where users can select "Finger Mode", "Glove Mode", or "Stylus Mode". Here's how it works:

"Finger Mode" is the default mode for operation with finger tips, and it is also programmed to ignore rain drops and such, which isn't easy. Water is so conductive that it affects the capacitance between two electrodes, which is the concept projected capacitive touch is built on. It is, however, possible to use technology that measures the capacitance between one electrode and the ground, and that is likely what Getac did to keep the touch screen from reaction to droplets. That means that the stylus that comes with the G360 doesn't work in this.

"Glove" allows the B360 to be operated with gloves. That is done by increasing the sensitivity of the touch controller, so that it can recognize a finger even a brief distance away from the screen, as in the distance that the material of a glove adds to the finger's distance from the screen. That's the way Getac seemed to have done it.

"Stylus" mode is for use with the dual-mode input option. Touch continues to work in pen mode, but the system will not recognize touch when it senses the pen in use, and vice versa. Pen mode is also for use with narrow-tip capacitive pens, where the smaller contact area of the stylus takes priority over the large contact of finger touch.

Note that the touch configuration screen is part of Getac's excellent G-Manager, a comprehensive utility with seven info/settings screens that cover system, battery, GNSS/GPS, buttons, power profiles, touch and miscellaneous. Out there in the filed it's great to have all the settings in own device-specific utility rather than having to hunt through Windows Settings!

Summary: Getac B360 fully rugged notebook computer

With the third generation of the B360, Getac once again leapfrogs its primary competition in the modern, full-size, fully rugged laptop race. The B360 is a fully-rugged computer for the field that isn't bulky and doesn't weigh a lot. In fact, even in this new and more powerful version, Getac does the seemingly impossible: make a fully-rugged machine that can handle whatever hazard or abuse comes its way, yet is no bulkier, and weighs no more, than most semi-ruggeds. That is remarkable.

So to just quickly reiterate, the Getac B360 still only weighs just a little over five pounds even with two batteries, offers excellent performance thanks to using state-of-the-art technology (like Intel 14th gen Core Ultra Series 2 chips), and sports the kind of full, uncompromising ruggedness needed on so many jobs. Customers will also appreciate the higher capacity batteries that now easily last through a full shift on a charge

The third gen B360 brings with it a substantial jump in performance. Graphics, in particular, are much more powerful than before, and the addition of enhanced NPUs makes the B360 truly "AI-enhanced." – Conrad H. Blickenstorfer, September 2025

Getac B360 G3 fully-rugged laptop Specs

Status	Introduced June 2025, full review August 2025
Type	Fully rugged notebook
Processor	Intel Core Ultra 7 265H (6 P-cores/8 E-cores/2 LPE-cores, 5.3 GHz max turbo) Intel Core Ultra 7 255H (6 P-cores/8 E-cores/2 LPE-cores, 5.1 GHz max turbo) Intel Core Ultra 5 235H (4 P-cores/8 E-cores/2 LPE-cores, 5.0 GHz max turbo) Intel Core Ultra 5 225H (4 P-cores/8 E-cores/2 LPE-cores, 4.9 GHz max turbo)
Thermal Design Power	28/115 watts (all available processors)
Graphics	Intel Core Ultra 7 265H: Intel Arc 140T, 2.30GHz, 75 TOPS (Int8) Intel Core Ultra 7 255H: Intel Arc 140T, 2.25GHz, 74 TOPS (Int8) Intel Core Ultra 7 235H: Intel Arc 140T, 2.25GHz, 74 TOPS (Int8) Intel Core Ultra 7 225H: Intel Arc 130T, 2.20GHz, 63 TOPS (Int8)
OS	Windows 11 Professional (64-bit)
Memory	16GB DDR5 expandable to 64GB
Storage	Main storage: 256GB / 512GB / 1TB / 2TB PCIe NVMe SSD Optional 2nd storage: 256GB / 512GB / 1TB / 2TB NVMe SSD
Expansion slots	1 x Smart Card reader; optional: 1 x MicroSD card, 1 x 1D/2D imager barcode reader
Display type	IPS TFT LCD, LumiBond® 2.0 sunlight readable LED display
Display size/res	13.3"/1920 x 1080 pixel (166 ppi) 1400 NITs Lumibond display
Digitizer	10-point capacitive multi-touch
Keyboard	LED backlit membrane keyboard; optional LED backlit rubber keyboard
Housing	Unknown
Size	13.46" x 11.06" x 1.37" inches (342 x 281 x 35 mm)
Weight	Starting at 5.11 pounds (2.32 kg); weight as tested with two batteries and stylus: 5.31 lbs.
Operating temperature	-20° to 145°F (-29° to 63°C)
Drop test	MIL-STD-810H 6-ft drop
Ingress protection	IP66
Vibration	e-Mark certified for vehicle usage
Humidity	95% RH, non-condensing
Disinfectants	See Getac rugged mobile computer decontamination
EMI	MIL-STD-461G certified
Power	Dual hot-swappable 7.72V 4,060 mAH 31.34 whr Li-Ion batteries for a total of 62.68 whr
Cameras	Front-facing 5MP webcam or optional Windows Hello face-authentication
Scanning	Optional barcode scanner
Security	TPM 2.0, Kensington cable lock slot, Smart Card reader, opt. HF RFID reader, HF RFID reader, Absolute Persistence
Interface	1 x audio in/out combo, DC-in Jack, 1 x USB 3.2 Gen2 Type A, 1 x PowerShare USB 3.2 Type A, 1 x Thunderbolt 4 Type-C, 1 x LAN (RJ45), 1 x HDMI 2.0, Docking connector. Configurable I/O Options: 1. 9-pin D-sub serial + 15-pin VGA 2. 9-pin D-sub serial + DisplayPort 3. 9-pin D-sub serial + 15-pin VGA + 2nd RJ45 LAN 4. 9-pin D-sub serial + DisplayPort + 2nd RJ45 LAN 5. 9-pin D-sub serial + 2nd Thunderbolt 4 Type-C 6. 9-pin D-sub serial + 2nd Thunderbolt 4 Type-C + 2nd RJ45 LAN
Wireless	Intel Wi-Fi 7 BE200, 802.11be Bluetooth (v5.4), gigabit RJ45 Ethernet; opt. dedicated GPS OR opt. 4G LTE mobile broadband with integrated GPS, opt. 5G Sub-6 with integrated GPS, opt. dual SIM (Mini-SIM 2FF and e-SIM), opt. RF antenna pass-through for GPS, WLAN and WWAN
Price	Inquire
Web page	Getac B360 G3 web page
Brochure	Getac B360 G3 brochure/specs
Warranty	3-year bumper-to-bumper warranty standard