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

1. Unlike with the predecessor V110 where the batteries slid into compartments on each side, on the V120 the battery are recessed into the bottom of the laptop. This allows the use of the standard batteries, or the slightly thicker extended batteries,

2. LCDs can twist and break when a device is dropped. On the V120, metal bolts on the LCD housing fit into corresponding holes in the system case, securely keeping the screen in place and thus reducing the chance of damage.

3. All of the V110's ports have protective covers with seals. They snap into position and can easily be replaced. This one shows the SSD canister, which allows storage to be removed in seconds, should the need arise.

4. The V120 has a fan for active cooling. It's actually outside of the sealed inner part of the housing, and it's waterproof.

   

5. Not only does the V120's LCD case have those metal bolts, it also has a (redesigned)) mechanical lock that keeps the lid from opening when it shouldn't. And it had to be designed to secure the LCD downside-up OR upside-down.

6. Gold-plated surface mount for the dock (with antenna pass-through plug next to it).

The images to the right show the V110's thermal signature while it was running the demanding UL PCMark 10 benchmark. Temperatures are well within the expected and acceptable range, even with the much more powerful new processors. With the cooling fan going during high-load processing, we didn't record surface temperatures over 100F anywhere. Note that while the cooling fans intake and outlet make it look like liquids might get right inside the computer, the fan compartment is fully sealed against the actual interior of the V120. The fan itself can handle liquid immersion.

Finally, below a look at the backsides of the earlier V110 and the new V120. Note how Getac kept the docking connector type and location, and also the optional antenna pass-through for backward compatibility, but pretty much everything else is new. Here you can also see the new placement of the batteries in the V120, which allows the use of optional extended, taller batteries. Worth mentioning is that the new V120, unlike the older V110G7, also offers an optional quad pass-through for 5G that covers GPS, WLAN, WWAN and WWAN MIMO.

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 older V110 generations, the labeling and icons in the new V120 machine is much clearer, less busy, and much more elegant.

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 itself is a bit larger than in older versions. 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. That's VERY IMPORTANT. This way, touch-typists and anyone who is used to a standard keyboard will have no problem finding the keys without looking and feeling right 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.

Getac V120 Benchmarks and Comparisons

PERFORMANCE COMPARISON	Getac	Getac	Getac	Dell	Durabook	Panasonic
Model	V120	V110 G7	F120	14 Rugged	Z14I	CF33
Year tested	2025	2024	2025	2024	2025	2024
Type	Convertible	Convertible	Tablet	Laptop	Laptop	2-in-1
Display	12.2" (1920x1200)	11.6" (1920x1080)	12.2" (1920x1200)	14.0" (1920x1080)	14.0" (1920x1080)	12.0" (2160x1440)
Luminance	945 nits	1,246 nits	1,060 nits	906	1,065	1,220
Processor Type: Intel	Core Ultra 7	Core i7	Core Ultra 7	Core Ultra 7	Core Ultra 7	Core i7
Processor Model	265H	1265U	268V	165U	165U	1270P
Cores/threads	6/8/2	10/12	4/4	2/8/2	10/12	14/20
Max Turbo Speed	5.30 GHz	4.80 GHz	5.00 GHz	4.90 GHz	4.90 GHz	4.80 GHz
Thermal Design Power (TDP)	28/115 watts	15/55 watts	17/37 watts	15/57 watts	15/57 watts	15/55 watts
PassMark 6.1	11,896	7,414	9,312	10,201	8,028	11,732
PassMark 9.0	7,692	5,769	7,448	6,342	5,603	5,552
CrystalMark	625,094	435,589	565,380	522,901	458,758	436,485
PCMark 10 Overall	7,805	5,102	7,448	5,742	5,603	5,055
-- PCMark10 Essentials	10,712	9,844	10,370	9,925	9,614	9,527
-- PCMark10 Productivity	10,840	6,510	10,793	9,570	7,872	6,758
-- PCMark10 Content Creation	11,174	5,625	10,018	7,327	6,307	5,446
PCMark10 Drive	1,562	1,453	1,950	2,104	1,284	2,140
PCMark10 Battery (Hours)	10:56 hrs	04:09 hrs	14:03 hrs	11:35 hrs	10:04 hrs	06:34 hrs
PCMark10 Battery (whr/hr)	8.65	11.08	4.48	9.24	7.40	6.70
3DMark Time Spy	4,073	1,453	4,113	2,336	2,026	1,619
GeekBench 5 Single Core	1,964	1,609	1,999	1,769	1,627	1,524
GeekBench 5 Multi Core	12,728	6,455	9,817	8,787	6,644	7,795
GeekBench 5 Open CL	37,598	15,618	33,393	19,270	14,405	15,612

What do the benchmark results show? Some outcomes were expected, others more surprising.

First, despite its platform lineage going back many years, the Getac V120 is an absolute powerhouse. Even against strong, high-performance competitors, it topped most of the benchmark tests outright. We consider PCMark 10 the gold standard for overall system performance, and the V120 tore through the demanding suite with the highest score we've ever recorded at RuggedPCReview — even surpassing our desktop Lenovo tower with NVIDIA graphics. Impressive indeed.

Why is the V120 so fast? Because Intel's mobile "H" Series processors simply pack a bigger punch. The Core Ultra 7 265H, for example, has a thermal design power of 28 / 115 watts — more than twice that of the chips in any other system tested. High performance always comes at a cost, and here it's energy use: the V120 consumed 8.65 watt-hours per hour, nearly double the draw of the Intel "V" Series-powered F120 tablet.

	Getac V120/F120 "H" vs "V" Series CPUs
	Intel CPU (see full specs)	Core Ultra 7	Core Ultra 7
	Model	265H	268V
	P-Cores	6	4
	E-Cores	8	0
	Low Power E-Cores	2	4
	Total Threads	16	8
	P-cores Max Turbo	5.30 GHz	5.00 GHz
	LP E-cores Max Turbo	2.50 GHz	3.70 GHz
	Thermal Design Power	28/115 watts	17/37 watts
	Max RAM	128GB	32GB
	Integrated graphics	Intel Arc 140T	Intel Arc 140V
	GPU Peak TOPS	75	66
	Graphics max speed	2.30 GHz	2.00 GHz
	NPU Peak TOPS	13	48
	PCMark 10 Overall	7,805	7,448
	PassMark 9 Overall	7,692	6,328
	3D Mark Time Spy	4,073	4,113
	Watt-hours/hour	8.65	4.48
	GeekBench AI OpenVINO GPU quantized	26,900	32,253
	GeekBench AI OpenVINO NPU quantized	15,018	36,958

The V120's strong showing brings up an interesting question. The Getac V120 and F120 have been siblings in Getac's 12-inch lineup ever since the duo was first introduced more than a decade ago. Traditionally, the convertible and the tablet used the same class of processors, but this time the V120 employs Intel "H" Series CPUs, while the F120 uses "V" Series equivalents. So what's the difference?

More than one might expect. The comparison table to the right lists key technical specs and selected benchmark results for both units. At first glance, it looks like an easy win for the V120 — it has twice as many cores, a higher peak clock frequency, and operates at higher wattages, all of which contribute to its impressive performance in traditional benchmarks.

However, it's the F120 that carries Microsoft's Copilot+ PC designation, which the V120 does not. That's because the "V" Series processors used in the F120 include a much more powerful NPU that meets Microsoft's 40-TOPS requirement. Both systems feature Intel Arc graphics.

In practice, while the V120 is slightly faster in most conventional tests, the F120 is never far behind and even matches the V120 in graphics performance. But in AI-focused workloads, the F120's more capable NPU leaves the V120 well behind. And thanks to its lower thermal design power, the F120 is also far more efficient — consuming just 4.48 watt-hours per hour of operation, roughly half that of the V120.

In short, Getac clearly optimized these two platforms for different missions. The thicker, heavier V120 convertible prioritizes maximum CPU performance in the field, while the slimmer, lighter F120 tablet emphasizes mobility, efficiency, and readiness for emerging AI-driven applications.

Batteries and battery life

How long a laptop runs on a full charge can be just as important as its performance. After all, you can't plug in when working in the field, and you don't want to constantly worry about running out of power.

This was a major concern when Getac introduced the V120's early predecessors, the hefty 10.4-inch V100 and the 12.1-inch V200, roughly a decade and a half ago. Those machines weighed 6.2 and 6.8 pounds respectively, were about two inches thick, and relied on massive 87 watt-hour batteries. That was a lot of bulk and weight for a mobile convertible.

Getac addressed size and weight when it launched the slim and light V110 platform in 2013. That design replaced the large 85-96 watt-hour batteries of the earlier convertibles with two smaller, slender packs totaling just 46 watt-hours. That isn't much for a high-performance device, but it remained the standard configuration through successive V110 generations — until now. The new V120's two standard batteries pack 31.5 watt-hours each, for a combined 63 watt-hours.

For many years we used the PassMark BatMon utility to measure battery draw at 100%, 50%, and 0% backlight settings, both in Windows "Best economy" and "Best performance" modes. We've since retired BatMon for two reasons:

• Modern hardware and firmware dynamically adjust power consumption through numerous sensors and conditions, making consistent average readings nearly impossible, and
• BatMon only measured idle power draw, occasionally reflecting background activity but not active workloads.

Instead, we now use the UL Solutions PCMark 10 Battery Test, which provides a much more realistic workload by continuously running a wide range of common applications and user tasks until the battery is exhausted. In that test, the new V120 achieved 10:56 hours of continuous operation. This equates to 8.65 watt-hours per hour, a sort of "miles per gallon" for battery-powered computers. That's a clear improvement over the 11.08 watt-hours per hour we measured on the 7th-generation V110 in 2024, though higher than the 6.16 watt-hours per hour we recorded on the third-generation Getac B360 laptop using the same processor.

In practical terms, this means users with two fully charged extended batteries can easily complete a full shift with hours to spare. What's missing, however, is the convenient charge-level indicator of the older V110 batteries — a small button that lit five LEDs to show remaining charge. That feature allowed quick status checks on spare batteries carried for hot-swapping in the field.

Finally, the V120 still includes a standard, dedicated power jack for its external power supply, but it can also be charged via its Thunderbolt 4 ports. Just a few years ago, Thunderbolt 4 charging was hit or miss — sometimes it worked, sometimes it didn't. The reason was that proper charging required a "power contract" between the device and the USB charger. Early systems often refused to charge unless the USB charger matched or exceeded the wattage of the supplied AC adapter, which severely limited flexibility in the field.

Fortunately, that's changed. Today's mobile hardware is far more accommodating with USB Power Delivery through Thunderbolt ports. When we connected the V120 to a 45-watt USB charger, it began charging immediately, accompanied by a pop-up noting that, since the charger supplied less than the recommended 65 watts, both charging speed and system performance would be adjusted accordingly.

Display and touch operation

The quality of the display is among the most important things about any laptop. And especially so if the laptop is going to be used outdoors a lot.

The V120 comes comes with Getac's LumiBond 2 screen. Most makers of rugged laptops and tablets have their own special ways of making displays as viewable and useful outdoors as possible, and LumiBond is Getac's special recipe. With outdoor displays, it all comes down to a) backlight brightness, b) the types and layering of optical coatings and how they are applied, and c) how the various layers are bonded together — the fewer reflective surfaces, the better.

But display technologies keep advancing and requiring updating and new solutions. When capacitive touch replaced older resistive touch, LumiBond was updated to make it possible to operate the screen with gloves on, and also when it rained or there was water spray.

And since the ratio between backlight strength and the amount of incoming ambient light determines what's called the "effective" contrast ratio, the one that translates into the degree of real world outdoor readability of a display, Getac increased the backlight from initially 500 to 800 and then to 1000 nits in the V110 models, and it remains at 1000 nits in the new V120.

On the right, in the RuggedPCReview.com lab, the V120's display showed 961 nits luminance on our equipment. That's bright enough for outdoor use under most operating conditions, but not so bright as to drain the batteries too quickly.

The picture below shows another very important quality of a good outdoor-viewable display — how well it controls reflections. Note how the glossy screen of a 6th generation iPad iPad Pro 12.9 on the left compared to the semi-matte display of the new V120 on the right — the iPad shows harsh reflections whereas they are much more muted on the V120 display. That can make a bit difference in the field.

While the anti-glare treatment of the V120 display works very well, like all such treatments it tends to make the screen appear a bit milky when viewed from certain angles. It is significantly improved compared to earlier matte screens, and we don't know if further fine-tuning is still possible, or if there are hard limits.

Early versions of the V120's V110 predecessor, we criticized the vertical that suffered from very noticeable color and contrast shifts when viewing the display from different vertical angles. That was fixed in later V110 generations, and the V120, too, has an excellent IPS display with perfect viewing angles from all directions.

As far as touch goes, much has changed over the years. In the early days of tablet computers, there were, in essence, two touch technologies — resistive touch and active digitizers. Resistive touch worked well with a stylus and it was immune to wetness, but it wasn't very precise and required firm pressure. The latter made resistive touch frustrating to use on laptop screen.

That was then and this is now. Ever since the first iPhone, the world has gone capacitive multi-touch, and that's what the V110 platform was based on, and now, of course, the V120 as well. As one expects, touch works flawlessly.

Initially, capacitive touch only worked with fingers or a capacitive stylus, and the technology didn't like rain or water spray. That would be a problem when using rugged systems outdoors where users may encounter rain and splashing, and where they wear gloves in the cold.

The V110 can handle all of that, via different touch modes. These modes can be set in the G-Manager utility. "Touch" tab where users can select "Auto Mode", "Finger Mode," "Glove Mode," or "Stylus Mode."

Touch and styluses and pens ... it can get a bit confusing here because of terminology. The term "pen" traditionally referred to an active digitizer pen, whereas the term "stylus" referred to passive pens. But with capacitive touch came capacitive pens that can look much like active digitizer pens. The one that comes standard with the V120 has a slightly rubbery 3mm tip. That one doesn't work in "finger mode" (though generic capacitive pens/styluses with a broader tip might work). Many systems have specific "rain" modes, but with the V120, "rain" is bundled in with "finger mode."

Below are the optional Getac digitizer pen (top) and the Getac stylus (bottom). Both are about 4-1/2 inches long.

In "stylus mode" you can use both fingers OR the Getac stylus and that's somewhat confusingly described as "a smaller contact area from the stylus or fingertip takes priority over a larger contact area as input." We think that means that if you hold the V120 in tablet mode in your hands and your palm touches or presses against the screen, it will ignore that and only interpret small contacts as input.

Active digitizers, like the one optionally available for the V120, generally an electronic grid behind the LCD to communicate with the tip of the special stylus (which doesn't need a battery). The technology is precise and works well with legacy Windows applications that tend to have a lot of small check boxes, pulldowns, and similar small items.

Active digitizers also work well for signatures that actually looks like signatures, and also with handwriting recognition, the interface technology that was initially expected to replace keyboards on early PDAs and tablets. The best part of active digitizers is "hovering" — the cursor follows the tip of the pen without the pen actually touching the display surface. With Windows, capacitive touch can often trigger an unintentional finger touch action; with the optional active digitizer's "hovering," you can get the cursor where you want it, and only then tap on the screen to initiate the touch.

Cameras

It's probably fair to say that onboard camera rarely make or break a sale of a rugged laptop. Pretty much everyone has a smartphone today, and those have great cameras. But you never know; integrated cameras may just be a requirement or come in handy somewhere. That, and seeing what you're taking a picture of on a big screen, and, of course, the occasional video call. That's probably why there still are documentation cameras in such machines.

Laptops generally have a single camera that's facing the user for video conferencing. The Getac V120 has one of those — a 5MP webcam that now has a manual privacy slider, or, optionally, a Windows Hello face-authentication camera. You can have either one or the other. Our review unit had the regular 5MP camera that recorded in as much as 2560 x 1920 resolution both in still and video.

But, being a convertible and not just a standard laptop, the V120 also has a 13MP documentation camera. It's not on the backside of the display as you'd expect from either a laptop or a tablet. That's because when the V120 is used as a tablet, the backside of the tablet is actually the bottom-side of the keyboard box. And that is where the optional 13M pixel auto-focus documentation camera is. So you can use that camera in tablet mode, but not in laptop mode.

We've never been fond of the super-basic stock Windows Camera app. The V120, like other Getac tablets and laptops, gives you the option of using Getac's own G-Camera instead. The G-Camera app is way more user-friendly with large touch buttons and very simple controls.

In the past, most cameras built into rugged Windows devices were lacking. That is beginning to change. Both cameras available for the V120 are good enough for many imaging tasks, such as documenting job conditions, job completions, job details, and so on. One thing we noticed: The Windows Studio Effects (automatic framing, eye contact and background effects) we noticed in the also just updated Getac UX10 rugged tablet were missing on our pre-production V120, possibly because the V120 is not officially a "CoPilot+ PC". Getac says that Windows Studio Effects are supported on production models, albeit at a different level.

The sample pics we took (four shown above) were good and sharp enough to reliably capture all the small details that can be so important in high-enough quality to be useful.

Ruggedness

On the ruggedness side, like its V110 predecessors, the V120 is considered fully rugged and designed to perform "flawlessly under extreme working environments where weather conditions and physical abuse are unavoidable." The machine can operate between -20° and 145° Fahrenheit (-29° to 63°C). Sealing is at the IP66 standard — up from IP65 in earlier V110 models — and the machine fills MIL-STD-810H testing requirements for humidity, altitude, shock, drop, vibration and others, and there is compliance with MIL-STD-461G (electromagnetic interference). The pictures below show ruggedness testing being performed on an older Getac V100. We couldn't find V120 testing images or videos, but Getac undoubtedly runs the same types of tests on the V120.

To go into a bit more detail on the individual ruggedness testing categories:

IP ratings refer to Ingress Protection standards for electrical enclosures, with the first number describing the protection level against solids and the second protection against liquids. The V120's IP66 rating indicates total protection against dust and protection against strong jets of water from all directions. That's very good for a rather complex device with a large umber of ports and areas that need to be sealed. Then again, with many consumer smartphones and even tablets carrying IP68 ingress protection, the standard of what is acceptable is higher today.

In terms of temperature resistance, the V120's -20 to 145 degrees Fahrenheit operating temperature range was tested by an independent third-party test lab following MIL-STD-810H. In the same lab, the computer also passed non-condensing humidity testing up to 95% per MIL-STD-810H. It can operate in altitudes up to 15,000 feet (and obviously in aircraft with pressurized cabins) per MIL-STD-810H.

The device is RoHS-compliant. RoHS stands for Restriction of Hazardous Substances and regulates the use of certain hazardous substances in electronic equipment. The RoHS standard is fully implemented in Europe, with lesser restrictions applying in the US.

Shock, vibration, drop and ESD resistance are all tested according to MIL-STD-810H and other relevant regulatory procedures. Not all results are in the promotional literature or owner's manual (which for now only states "vibration & drop resistant"), so inquire with Getac for specifics and also check Getac's general MIL-STD certification and compliance testing document (see here).

With respect to the ever important drop spec, Getac's web page specs states that the V120 is 4-foot drop-resistant. We presume that the tests, again, were performed in accordance with the procedures outlined in MIL-STD-810H, probably for transit drop. That one generally requires 26 drops from four feet. Why four feet? Because when designing the drop tests, the government figured that if you drop something while standing, it'll drop about four feet, as opposed to something that falls off a table or counter, which is 2.5 to three feet.

I should mention that Getac offers optional ANSI/UL 121201, CSA C22.2 NO. 213 (Class I, Division 2, Groups A, B, C, D) certification that allows safe, spark-free use of the V120 in potentially explosive environments typically found in the oil and gas, petrochemical, aviation and related industries. And for units to be deployed in marine settings, Getac offers optional salt fog certification.

Summary: Getac V120 fully rugged laptop

The Getac V120, introduced in 2025, follows no fewer than seven generations of the proven Getac V110. We're talking about mature, extensively field-tested technology here. The V120 represents more than just another update to Getac's convertible notebook that also functions as a tablet — it's effectively a new design. While it may look similar to the V110, the V120 now features a larger 12.2-inch display with 1920×1200 resolution, yet remains relatively light and compact for a fully rugged laptop. What customers will notice most is the platform's significantly higher performance, courtesy of Intel Core Ultra 5 and Core Ultra 7 processor technology with Intel Arc graphics and integrated Intel AI Boost.

The V120's rotating display hinge design isn't for everyone — and the device is heavier when used as a tablet — but it provides a unique, highly durable mobile computing solution. It combines leading-edge performance with full notebook and full tablet functionality in a single, fully integrated device.

The new Getac V120 features a bright 1000-nit display, up to 2 TB of fast PCIe NVMe storage, dual Thunderbolt 4 ports, Wi-Fi 7, Bluetooth 5.4, and optional 4G LTE or 5G Sub-6 mobile broadband with dual SIM support. Highly configurable I/O allows customization for specialized applications, and optional ANSI/UL 12.12.01 and salt-fog-resistant configurations are available on request. – Conrad H. Blickenstorfer, November 2025

Getac V120 Specifications

Status	Introduced Sept. 2025, review Nov. 2025
Type	Rugged convertible 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	15/55 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 Pro
Memory	8GB DDR5 expandable to 64GB
Display type	LumiBond sunlight readable TFT LCD, 1,000 nits, anti-glare and anti-reflection film, Corning Gorilla Glass.
Display size/res	12.2-inch/1920 x 1200 pixel HD
Digitizer	10-point capacitive multi-touch with glove-touch setting; optional auto-sensing dual-mode adds active digitizer pen
Keyboard	Integrated LED-backlit waterproof membrane keyboard; optional: rubber keyboard
Storage	256GB/512GB/1TB/2TB PCIe NVMe SSD
Expansion slots	Smart Card reader; optional 1D/2D barcode reader, SD Card reader
Housing	Magnesium alloy, sealed ports
Size	11.89 x 8.82 x 1.41 inches (313 x 238 x 35.7 mm)
Weight	Starting at 4.63 lbs. (2.1 kg.)
Operating temperature	-20° to 145°F (-29° to 63°C)
Ingress protection	IP66
Vibration	According to IEC 68-2-6 / MIL-STD-810H, Method 514.5
Salt Fog	Optional: Salt fog certified
Intrinsic safety	Optional: ANSI/UL 121201, CSA C22.2 NO. 213 (Class I, Division 2, Groups A, B, C, D)
Power	Dual 4,070 mAH 7.74 Volt 31.5 watt-hour Li-ion batteries for a total of 63 watt-hours. Optional dual 4,070 mAH 11.61 Volt 47.3 watt-hour Li-ion batteries for a total of 94.6 watt-hours
Cameras	5M webcam; optional Windows Hello face-authentication FHD camera; opt. 13mp auto-focus rear camera
Interface	2 x Thunderbolt 4 Type-C, 2 x USB 3.2 Gen 2 Type-A, 1 x RJ45 LAN, 1 x HDMI 2.0, audio in.out, docking connector, opt. RF antenna pass-through for GPS, WLAN, WWAN; opt: Smart card reader OR 1D/2D imager barcode reader OR USB 3.2 Gen 2 Type-A + Serial port (9-pin; D-sub) OR USB 3.2 Gen 2 Type-A + MicroSD
Wireless	Intel Wi-Fi 7 BE200, Bluetooth v5.4; optional 4G LTE mobile broadband, 5G Sub-6, discrete GPS, fingerprint reader, 13.56MHz RFID, smart card reader, 1 x Nano-SIM 4FF
Price	Inquire
Contact	GETAC us.getac.com
Web page	Getac V120 page
Specs	Getac V120
Warranty	3-year bumper-to-bumper warranty standard