Selecting the appropriate processor is one of the most consequential decisions in mobile system design. Customers expect maximum performance, long battery life, minimal weight, and competitive pricing — objectives that rarely align perfectly. Every platform involves tradeoffs.

Historically, much of Getac's F1x0 series tablets' appeal has been their ability to deliver substantial computing power in a compact 12-inch form factor. With the new F120, the company once again substantially advances performance, but but the definition of performance has evolved.

In earlier generations, processor comparisons largely revolved around clock speeds, core counts, and thread counts. Over time, graphics performance gained importance, leading to increasingly capable integrated GPUs. Now, with AI-driven utilities and applications becoming central to modern workflows, a third compute engine has taken on prominence: the NPU (Neural Processing Unit).

NPUs are optimized specifically for AI inference workloads — running trained AI models rather than creating them. Their performance is measured not in clock frequency, but in TOPS (Tera Operations Per Second), a metric reflecting parallel AI processing capability. Microsoft's Copilot+ PC specification requires an NPU capable of at least 40 TOPS, a threshold that the Core Ultra 200V series comfortably exceeds.

Intel's traditional numbered generation branding became increasingly difficult to interpret as architectural changes accelerated. Meteor Lake introduced the Core Ultra brand and Intel AI Boost NPUs, marking the company's first major step toward dedicated AI acceleration in mainstream mobile processors.

Core Ultra Series 2 processors are segmented for different usage profiles. The H series targets maximum performance, the U series serves thin-and-light systems, and the V series combines high efficiency, strong integrated graphics performance, and advanced AI capabilities. In addition, some variants incorporate standard integrated graphics, while others feature the considerably more powerful Intel Arc architecture.

The result is a far more differentiated processor landscape than in previous generations — one in which CPU, GPU, and NPU capabilities must all be considered.

As is customary for Getac, the F120 is offered with multiple processor configurations. All available options are mobile V-series Core Ultra 200V designs, clearly positioning the system for AI-accelerated mobile computing.

The NPUs across all supported processor options satisfy Microsoft's Copilot+ PC requirement, delivering between 40 and 48 TOPS of dedicated AI acceleration. In addition, because many edge-AI applications leverage the GPU — either independently or alongside the NPU — each processor integrates Intel Arc graphics capable of contributing between 54 and 66 TOPS of AI acceleration.

Taken together, this gives the V-series-powered F120, along with the similarly configured Getac UX10, the highest peak theoretical AI throughput in Getac's current portfolio. While some higher-core-count processors deliver greater conventional CPU performance, they often provide substantially lower AI acceleration. For example, certain 24-core mainstream processors peak at roughly 36 TOPS, whereas V-series processors with just eight cores can reach aggregated theoretical AI throughput figures as high as 118 TOPS when NPU and GPU capabilities are combined.

The table below outlines the eight processor options currently available for the Getac F120 and summarizes their key specifications.

Getac F120 available CPUs (see full specs)

Intel CPU	Core Ultra 7	Core Ultra 7	Core Ultra 7	Core Ultra 7	Core Ultra 5	Core Ultra 5	Core Ultra 5	Core Ultra 5
Model	268V	266V	258V	256V	238V	236V	228V	226V
Peak TOPS	118	118	115	115	97	97	97	97
P-Cores	4	4	4	4	4	4	4	4
Low Power E-Cores	4	4	4	4	4	4	4	4
Total Cores	8	8	8	8	8	8	8	8
P-cores Max Turbo	5.00 GHz	5.00 GHz	4.80 GHz	4.80 GHz	4.70 GHz	4.70 GHz	4.50 GHz	4.50 GHz
Smart Cache	12MB	12MB	12MB	12MB	8MB	8MB	8MB	8MB
Thermal Design Power	17/37 watts	17/37 watts	17/37 watts	17/37 watts	17/37 watts	17/37 watts	17/37 watts	17/37 watts
Integrated graphics	Intel Arc 140V	Intel Arc 140V	Intel Arc 140V	Intel Arc 140V	Intel Arc 130V	Intel Arc 130V	Intel Arc 130V	Intel Arc 130TV
GPU Peak TOPS	66	66	64	64	53	53	53	53
Graphics max speed	2.00 GHz	2.00 GHz	1.95 GHz	1.95 GHz	1.85 GHz	1.85 GHz	1.85 GHz	1.85 GHz
NPU Peak TOPS	48	48	47	47	40	40	40	40
Intel vPro	Enterprise	Enterprise	NA	NA	Enterprise	Enterprise	NA	NA

A review of the table highlights one immediately noticeable characteristic: the relatively modest core count. All F120 processor options are limited to eight cores, whereas other Core Ultra Series 2 variants scale up to 24 cores. Some recently introduced Getac rugged systems likewise offer configurations with up to 16 cores. The distinction reflects different design priorities. V-series processors emphasize a balanced, AI-centric architecture, while H-series systems — such as the Getac B360 G3 and the Getac V120 — prioritize higher CPU core and thread counts for compute-intensive workloads. That said, in practical field deployments, sustained performance under thermal and power constraints often matters more than peak multi-core throughput.

The V-series architecture combines NPUs that satisfy Microsoft's 40-TOPS Copilot+ PC requirement with high-performance Intel Arc graphics. For highly mobile platforms where power efficiency, thermal constraints, and edge-AI capability are critical, this architecture provides a practical balance. It offers operational flexibility and readiness for emerging on-device AI, computer vision, and real-time analytics applications.

Despite the broad selection of CPU options, the differences among them are relatively incremental. All employ an eight-core architecture without Hyper-Threading, resulting in eight processing threads. All include hardware-accelerated Intel Arc graphics. Variations lie primarily in clock speeds, cache sizes, memory ceilings, and GPU tiering, resulting in measurable but not dramatic performance differences. Ultra 7 variants use Arc 140V graphics and therefore deliver somewhat higher graphics and AI throughput than Ultra 5 models, which employ Arc 130V graphics.

How does the Getac F120 perform relative to its primary 12-inch rugged tablet competitors? The benchmark results below provide the answer:

As configured from the factory, the F120 comes with dual 11.4 Volt / 4,070mAH / 31.51 watt-hour batteries. The resulting combined capacity of 63 watt-hours is adequate for most deployments, though it is not especially large by current rugged-tablet standards. If more runtime is required, Getac offers optional 11.61 Volt / 4,200mAH / 47.25 watt-hour batteries for a total of 94.5 watt-hours. That is substantial battery capacity for a 12.2-inch tablet, but it comes at additional cost as well as some increase in size and weight. The extended batteries are approximately 0.7 inches thick and no longer fit flush into the tablet, and each weighs 7.23 ounces instead of the standard battery's 5.15 ounces.

The standard F120 batteries measure each about 2-7/8 x 5-1/4 and they are less than half an inch thick. Unlike the F110 batteries, the new one in the F120 no longer have an integrated power meter where five green LEDs indicate the charge level.

As far as available battery capacity goes, the F120's combined 63 watt-hours exceed those of one major direct competitor, the Panasonic Toughbook 33, which offers a combined 44.2 watt-hours as standard equipment. The Dell Pro Rugged 12, however, comes standard with two 35.6 watt-hour batteries for a total of 71.2 watt-hours. In all three systems, dual batteries enable hot-swapping.

Of course, battery capacity alone does not determine runtime. Equally important is how efficiently a system uses the available energy. This is where the F120 particularly stands out. Despite carrying less battery capacity than the Dell Pro Rugged 12, the F120 actually achieved slightly longer runtime in our testing. Equipped with the standard 63 watt-hour battery set, it delivered over 14 hours in our PCMark 10 battery benchmark while averaging just 4.48 watt-hours of battery consumption per hour of operation. That was the lowest energy consumption and the longest runtime of any 12-inch-class rugged tablet in this comparison group.

We also tested power draw of the Getac F120 by running our standard BatteryMon benchmark. With Windows Power setting set to "Best Power Efficiency," and the display backlight set to its lowest and almost unreadable setting, we saw a minimum of just 1.9 watts. That's theoretically good for 33.2 hours with both standard batteries!

With the backlight set to roughly 50% for comfortable indoor viewing, we saw a minimum of 3.5 watts, theoretically good for 18.0 hours with both batteries. And with the backlight set to maximum brightness, we saw a minimum power draw of 9.8 watts, theoretically good for 6.4 hours.

Getac F120 BatteryMon Power Draws (at idle)
Backlight level	Darkest	50%	Brightest
Max Battery	1.9 watts (33.2 hrs.)	3.5 watts (18.0 hrs.)	9.4 watts (6.7 hrs.)
Max Performance	2.2 watts (28.6 hrs.)	3.9 watts (16.2 hrs.)	9.8 watts (6.4 hrs.)

We then switched the Windows Power setting set to "Best Performance." That way, with the display backlight set to its lowest setting, we saw a minimum of still only about 2.2 watts. With the backlight set to 50% for comfortable indoor viewing, we recorded 3.5 watts, and with the backlight set to maximum brightness, power draw rose to 9.8 watts, theoretically good for 6.4 hours with both standard batteries.

These results are considerably better than what we saw in the final G7 version of the predecessor F110. The chips in the F110 had 15/55 watt thermal design power ratings, whereas Core 7 Ultra chips in the new F120 are rated at 17/37 thermal design power. So the lower TDP wattage ceiling may explain part of the much greater power efficiency of the new tablet.

As always, real-world battery draw will vary, just as gas mileage in a car does. Minimum draw in a test lab is not an accurate predictor of actual battery life. Intel's Core processors are becoming ever more sophisticated at conserving power, but there are some laws of physics that cannot be easily circumvented.

To measure, as close as it is possible, real world battery life, we used UL Solutions' PCMark 10's Battery test. This demanding test shows how long a charge lasts with the system never sleeping and constantly being exercised with a variety of typical tasks. In that test, with two batteries, the predecessor Getac F110 G7 lasted 8:58 hours, enough to make it through a full standard shift with continuous use of the system. That result also translated into power consumption of 6.81 watt-hours per hour, or 8.8 minutes of operation per watt-hour. By comparison, the new F120 ran 14:03 hours, using 4.48 watt-hours per hour, and ran 13.38 minutes on a watt-hour. That is quite amazing.

Multi-touch and an good narrow-tip capacitive stylus

On a laptop, touch is nice to have and increasingly common, but it is not absolutely necessary. On a tablet, good touch is mandatory. The F120 was designed as a pure tablet, though it can also be used as a laptop with its optional detachable keyboard, and comes with 10-point capacitive multi-touch. The tablet is also available with both touch and an active digitizer. This gives F120 users the best of both worlds: effortless tapping, panning, pinching, and zooming, combined with a highly precise active pen that does not require a battery.

That said, even after all these years, touch remains something of a work in progress in Windows. Capacitive multi-touch works beautifully with iOS and Android devices and with applications specifically designed for touch interaction. Windows 11 has made considerable progress, but it still carries decades of legacy desktop software, much of it originally designed for mouse and keyboard operation. Tiny check boxes, narrow scroll bars, and densely packed menus can still make touch operation less than ideal. Microsoft continues to improve the touch experience, but there is still room for further refinement.

Windows, however, remains the dominant platform in enterprise and government computing, and thus powers a great deal of rugged mobile hardware. Getac has done its part by equipping the F120 with a remarkably smooth and responsive capacitive touch screen and offering an optional active digitizer for users who require greater precision.

A word about the active pen. Digitizers with active pens have been part of tablet computing since the earliest days of the industry. Most pioneering pen-based systems used Wacom electromagnetic resonance (EMR) technology, which does not require a battery in the pen itself. That allows for a slim, lightweight pen design and eliminates concerns about battery maintenance or running out of power in the field.

One of the most useful features of this type of pen technology is "hovering." Because the digitizer can sense the pen tip before it touches the display, the cursor follows the pen even when it is held slightly above the screen surface. This allows users to position the cursor precisely before making contact, reducing accidental selections that can occur with finger touch or passive capacitive styluses. Microsoft also provides extensive support for active pens within Windows. Handwriting recognition, annotation, sketching, screen markup, note-taking, and other pen-centric functions are built directly into the operating system. Users who intend to make extensive use of the active pen should take the time to explore and install the various Windows pen utilities and applications available for the platform.

Works with gloves and when it's wet

One limitation of standard projected-capacitive touch technology is that, in its simplest form, it is designed primarily for bare fingers and, to a lesser extent, capacitive styluses. Rain, moisture, and gloves can interfere with normal operation. Unfortunately, those are exactly the conditions in which rugged tablets are often used.

Getac recognized that challenge early on and addressed it years ago in products such as the V110 convertible and F110 tablet. Most Getac rugged devices have long included special touch modes that allow users to optimize operation for different environmental conditions. On the F120, those capabilities have been further refined and expanded.

Smart Touch Mode" is designed to automatically adapt to changing conditions. The system can distinguish between finger touches, stylus input, and environmental effects such as water droplets, and respond appropriately. For many users, this mode will likely provide the best overall experience and may be all that is ever needed.

"Finger Mode" is intended for wet conditions where rain or splashing water might otherwise interfere with normal touch operation. In this mode, the system is optimized specifically for finger input and rejects other types of touch that could be mistaken for user commands. The optional active digitizer pen continues to function normally.

"Glove Mode" allows operation while wearing gloves. The touch controller becomes more sensitive so that it can recognize touches through glove material. During our testing, the system not only worked well with gloves, but also appeared capable of sensing a finger slightly above the screen surface, reducing the need for firm contact. The active digitizer pen remains fully functional in this mode.

"Stylus Mode" is optimized for situations where both touch and stylus input are being used. Because the contact area of a stylus tip is much smaller and more precise than a fingertip, the system gives stylus input priority whenever appropriate.

"Touch Disabled Mode" ignores all touch input and responds only to the optional active digitizer. This prevents accidental screen activation from palms, fingers, sleeves, or other unintended contact. Users who rely heavily on the active pen often find this mode particularly useful.

The variety of available modes illustrates just how complex touch interaction remains in rugged environments. Rain, gloves, styluses, and active pens all place different demands on the touch controller. While Smart Touch Mode will likely be sufficient for most users most of the time, the dedicated modes provide additional control for specialized situations where maximum reliability is required.?

G-Manager vs OSDC

Like other rugged Getac computers, the F120 comes with both G-Manager and OSDC (On-Screen Display Control). Both are part of Getac's proprietary G-Utility suite. The confusing part is that the two utilities overlap. That's because G-Manager is designed to be an all-in-one desktop control center, whereas OSDC is a touch-friendly and touch-optimized overlay for the field.

G-Manager is designed to be an overall system control center. It looks a traditional desktop app that serves as a centralized dashboard for IT administrators and users to configure deep hardware settings. The idea here is to allow customizing device behavior, toggle power profiles (e.g., High Performance vs. Battery Economy), program physical function keys, and switch all the touchscreen input modes. Overall, G-Manager seems designed for administrative tweaking and configuration, like preparing a device before it is deployed to the field or when the user has access to a mouse, keyboard, and a standard desktop interface.

OSDC is designed as a screen overlay that can quickly be accessed in the field. It provides instant visual feedback of hardware settings. It may appear as a pop-up when using hardware buttons (like programmable keys) to quickly adjust screen brightness, switch touch modes, or adjust volume without opening a full settings window. OSDC lets workers make quick adjustments even with gloves or in the rain without leaving their main workspace.

Cameras

Given the incredible quality of the pictures and video that today's smartphones can generate — let alone the ease of use of those smartphone cameras — we don't expect many F120 customers to use a large rugged tablet as their primary camera. In addition, while rugged Android devices are generally capable of taking good images and video, cameras integrated into mobile Windows, devices have rarely fared nearly as well. It is not clear why that is, as the actual camera hardware is often similar or the same.

Below is a selection of test images taken with the F120's 13MP documentation camera, via Getac's G-Camera app, at its highest 4096 x 3072 pixel setting. Click on the image to see a full resolution version.

Interesting: while the image quality we got from the Getac F110 G7 a couple of years ago was unexceptional, the F120's 13mp documentation camera is MUCH better. And not only that, it is much better than most cameras integrated into rugged laptops or tablets.

Security

Like virtually all modern mobile computing hardware, the Getac F120 offers multiple layers of hardware and software security designed to prevent unauthorized access and protect sensitive data. Available security options include password protection, an optional fingerprint reader, Smart Card reader, HF RFID reader, and a Windows Hello-compatible facial recognition camera, allowing organizations to implement multifactor authentication policies.

Our review unit included Intel Trusted Platform Module (TPM) 2.0 hardware security. TPM provides a secure hardware-based foundation for protecting encryption keys, validating system integrity during the boot process, and supporting advanced authentication and certificate-management functions. Working together with Windows 11 security features, TPM can help protect sensitive credentials, biometric information, and encrypted data.

Fingerprint authentication is available via an optional capacitive fingerprint scanner. Unlike older swipe-style readers, capacitive sensors allow users to authenticate by simply placing a finger on the scanner.

New for the F120 is Getac Secure Erase, a built-in BIOS/system utility that can permanently and irreversibly erase data stored on the system's solid-state drive. This feature can be particularly valuable when systems are redeployed, retired, or transferred between users.

Security requirements vary considerably. Some users may rely only on standard passwords, while others may operate under strict enterprise, government, healthcare, public safety, or defense security policies that require multiple layers of authentication and device management.

Physical security should not be overlooked. The F120 includes a Kensington lock slot, allowing the tablet to be secured with a standard locking cable. While simple, it remains an effective deterrent against opportunistic theft.

Depending on the selected processor configuration, F120 systems can also support Intel vPro technologies for secure remote management and administration. In addition, Getac offers optional Absolute Persistence technology, which maintains a resilient connection between the device and enterprise management systems for tracking, recovery, and security management purposes.

Docking and vehicle mounting

Rugged tablets such as the Getac F120 are often used in vehicles. To that extent, Gamber-Johnson and Havis are offering docks and cradles both for the F120 tablet. These can be mounted in numerous ways, using the dock manufacturers' solutions or the vast variety of RAM ball and joint components.

The F120 has separate antenna pass-throughs for GPS, WLAN, WWAN, and WWAN MIMO. These are supported by the vehicle docks, which makes roof-mount antennae possible. A set of pogo docking pins on the bottom of the F120 allow the docks to provide port duplication and additional I/O functionality. The picture to the right shows a Gamber Johnson guard leg mount system for the Getac F120.

Ruggedness

The Getac F120 is a fully rugged tablet. That includes IP66 sealing, a wide operating temperature range, and certification to MIL-STD-810H environmental testing standards. Getac also claims an impressive six-foot drop specification. Three feet is generally sufficient to survive a fall from a desk. Four feet has become something of the industry benchmark because it approximates the height from which a device might fall while being used in the field. Six feet goes well beyond that and provides an additional margin of protection.

The F120 is rated for operation between -20°F and 145°F (-29°C to 63°C). That range is slightly wider than that of earlier F110 models and makes the tablet suitable for use in virtually any intended deployment environment. Such temperature tolerance can be particularly valuable in applications involving vehicles exposed to direct sunlight, refrigerated environments, or rapidly changing weather conditions.

As far as sealing goes, there has been steady progress since the original F110 was introduced. The first-generation model already carried an IP65 rating, which provided excellent protection against dust and water intrusion. The current F120 advances that to IP66. While the difference may appear minor, IP66 certification indicates protection against more powerful water jets than IP65. In real-world field deployments, where equipment may be exposed to pressure washing, heavy rain, or other aggressive water exposure, that additional protection can prove valuable.

Unlike modern smartphones, which often achieve IP67 or IP68 ratings through sealed, largely non-serviceable designs, a rugged Windows tablet presents a much greater engineering challenge. The F120 incorporates multiple ports, buttons, cooling components, externally accessible batteries, docking interfaces, and expansion options. Maintaining effective sealing while preserving that level of functionality requires considerable design effort.

That said, it always takes a certain amount of courage to deliberately expose an expensive review unit to water. We passed on immersion testing this time because our F120 was still a pre-production sample. The tablet's sealing system nevertheless deserves mention, particularly the protective port covers. Those covers play a critical role in maintaining the device's environmental protection while still allowing easy access to ports and connectors.

Getac's current design uses hinged covers with integrated rubber pressure seals. The covers slide in one direction to lock and the other to unlock. The mechanism works well, though each cover relies primarily on a small white arrow indicator whose meaning is not immediately obvious. A more explicit lock/unlock icon would make operation even clearer. It is a small detail, but details matter on equipment intended for demanding field use.

As always, we would like to see manufacturers provide more detailed information regarding ruggedness testing. Simply stating compliance with MIL-STD-810H does not tell the whole story. The standard encompasses numerous test methods and procedures covering shock, vibration, temperature extremes, humidity, altitude, and many other environmental factors. Customers purchase rugged systems specifically because they must withstand challenging conditions, and it should therefore be clearly documented exactly which tests were performed and to what levels the device was certified.

Bottom line: the Getac F120

The Getac F120 is a fully rugged Windows 11 tablet computer with a 12.2-inch capacitive multi-touch display and support for Microsoft's Copilot+ PC platform. Designed to handle both traditional mobile computing tasks and emerging on-device AI workloads, the F120 can be used as a standalone tablet or, with its optional detachable keyboard, as a compact laptop replacement.

Launched under a new model name, the F120 succeeds Getac's long-running F110 platform. Compared to previous F110 generations, the new tablet is slimmer and lighter, offers a larger 12.2-inch display, twice the standard memory, slightly greater battery capacity, dual Thunderbolt 4 ports, faster wireless connectivity, a higher-resolution camera, enhanced security features, and Getac's Smart Touch technology.

Based on Intel's Core Ultra V-series processors with integrated Intel Arc graphics, the F120 delivers both strong performance and excellent energy efficiency. In our testing, it achieved more than 14 hours of runtime on its standard batteries while simultaneously posting benchmark results that substantially exceeded those of earlier-generation platforms. As a Copilot+ PC, it is also well positioned to support the growing number of AI-assisted tools and applications now making their way into enterprise and field environments.

Between its generous selection of onboard and optional I/O, broad expansion capabilities, excellent display, sophisticated touch technology, strong security features, and highly recommended detachable keyboard, the F120 offers an unusually well-balanced combination of performance, efficiency, versatility, and ruggedness.

The result is not merely a replacement for the F110, but a meaningful step forward. The Getac F120 successfully combines the durability expected of a fully rugged tablet with the performance, battery life, connectivity, and AI readiness demanded by modern mobile computing. -- Conrad H. Blickenstorfer, June 2026

Getac F120 fully-rugged tablet Specs

Type	Fully rugged tablet
Review date	F120 full review 06/2026
Processor	Intel Core Ultra 7 268V (5.0 GHz max turbo, 118 overall peak TOPS) Intel Core Ultra 7 266V (5.0 GHz max turbo, 118 overall peak TOPS) Intel Core Ultra 7 258V (4.8 GHz max turbo, 115 overall peak TOPS) Intel Core Ultra 7 256V (4.8 GHz max turbo, 115 overall peak TOPS) Intel Core Ultra 5 238V (4.7 GHz max turbo, 97 overall peak TOPS) Intel Core Ultra 5 236V (4.7 GHz max turbo, 97 overall peak TOPS) Intel Core Ultra 5 228V (4.5 GHz max turbo, 97 overall peak TOPS) Intel Core Ultra 5 226V (4.5 GHz max turbo, 97 overall peak TOPS)
Thermal Design Power	17/37 watts (all available processors)
Thermal Design Power	15/55 watts (all)
Graphics	Ultra 7 processors: Intel Arc 140V Ultra 5 processors: Intel Arc 130V
OS	Windows 11 Pro
Memory	16GB or 32GB 5600MHz LPDDR5x memory on package
Storage	256GB / 512GB / 1TB / 2TB PCIe NVMe SSD, M.2 2280 form factor
Display	12.2-inch/1920 x 1200 pixel (186 ppi) Lumibond 2.0 IPS TFT with semi-matte surface and protection film, sunlight-readable (1,200 nits)
Digitizer	Capacitive multi-touch; optional: Dual mode touchscreen (multi-touch and active digitizer)
Keyboard	Power button and four programmable buttons; optional detachable 88-key full-scale keyboard
Expansion slots	Optional Smart Card reader
Housing	Getac ABS+PC and magnesium alloy
Size	11.80 x 8.15 x 0.87 inches (300 x 207 x 22 mm)
Weight	Starting at 3.11 lbs; 3.41 lbs as tested with two batteries, scanner, smart card reader and stylus
Operating temperature	-20° to 145° Fahrenheit (-29° to 63° C)
Ingress protection	IP66
Drop	6-foot drop
Humidity	95% RH, non-condensing
Other environmental	e-Mark certified for vehicle usage; optional: ANSI / UL 121201, CSA C22.2 NO. 213
Power	Hot swappable dual 7.74V 4,070 mAH 31.5 whr Li-Ion batteries; optional dual 11.61V 4,070 mAH 47.25 whr Li-Ion batteries
Security	TPM 2.0, cable lock slot; optional: fingerprint reader OR smart card reader OR HF RFID reader, Windows Hello face-authentication camera
Camera	Front-facing 5MP camera; 12MP auto-focus rear camera
Interface	1 x USB 3.2 gen2 Type-A 2 x Thunderbolt 4 Type-C 1 x DC-in jack 1 x docking connector 1 x Tri RF antenna pass-through for 4G (GPS, WLAN, WWAN) (opt.) 1 x Quad RF antenna pass-through for 5G (GPS, WLAN, WWAN, WWAN MIMO) (opt.) Optional (top side): 1D/2D imager barcode reader OR MicroSD card OR serial port OR RJ45 LAN Optional (Right side): USB 2.0 OR HF RFID reader OR Fingerprint reader Optional (back side): Smart card reader
Wireless	Intel Wi-Fi 7 BE201, 802.11be Bluetooth 5.4 Optional: 10/100/1000 base-T Ethernet Optional: dedicated GPS with L1/L5 Optional: 4G LTE WWLAN with integrated GPS Optional: 5G Sub-6 with integrated GPS Optional: Dual SIM (Nano-SIM 4FF and e-SIM)
Price	Inquire
Contact	GETAC us.getac.com
Web	F120 web page
Spec sheet	F120 spec sheet (PDF)
Warranty	3 years Bumper-to-Bumper
Contact	GetacSales_US@getac.com www.getac.com/us 949.681.2900 Getac, Inc. 15495 Sand Canyon Ave., Suite 350 Irvine, CA 92618

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