Refine by

No filters applied

Mobile Computers

Warehouse mobile computers provide rugged handheld computing and barcode scanning capabilities for inventory management, order fulfillment, and logistics workflows. These devices combine enterprise mobility, wireless connectivity, and integrated scanning to support receiving, picking, packing, and shipping operations across distribution centers and industrial environments.

Select the Right Mobile Computer

Integrated barcode scanning capabilities
Rugged durability and drop ratings
Wireless connectivity and roaming performance
Battery life for multi-shift warehouse operations
Integration with WMS and enterprise mobility platforms

Buying Guide Handheld Mobile Computers Gun-Style Mobile Computers Vehicle-Mounted Computers Wearable Mobile Computers

Sub categories

Mobile Computer Accessories

26 items

Showing Results for Mobile Computers

Compare

Out of stock
TSC

SKU: EF551-ANLB

TSC EF551-ANLB Mobile Thermal Transfer Printer

Portable thermal transfer printer with WiFi 6E for mobile warehouse labeling
Special Order · Usually Ships in 2-3 Weeks

$2,021.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EF551-ANLBR

TSC EF551-ANLBR Mobile Label Printer with Wi-Fi 6E

Mobile thermal printer with Wi-Fi 6E for warehouse and last-mile operations
Special Order · Usually Ships in 2-3 Weeks

$2,079.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EF551-ANLCR

TSC EF551-ANLCR Mobile Industrial Label Printer

Portable thermal label printer with Wi-Fi 6E for field operations
Special Order · Usually Ships in 2-3 Weeks

$2,079.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EF551-ANLF

TSC EF551-ANLF Mobile Thermal Transfer Printer

Compact mobile thermal transfer printer with Wi-Fi 6E for field operations
Special Order · Usually Ships in 2-3 Weeks

$2,290.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EF551-ANLFR

TSC EF551-ANLFR Mobile Thermal Label Printer

Direct thermal mobile printer with Wi-Fi 6E for warehouse label ops
Special Order · Usually Ships in 2-3 Weeks

$2,349.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EF551-ANLM

TSC EF551-ANLM Mobile Label Printer with Wi-Fi 6E

Wi-Fi 6E mobile thermal printer for wireless warehouse and logistics labeling
Special Order · Usually Ships in 2-3 Weeks

$2,396.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EF551-ANLMR

TSC EF551-ANLMR Industrial Mobile Printer with Wi-Fi 6E

Wi-Fi 6E mobile thermal printer for field logistics and real-time labeling
Special Order · Usually Ships in 2-3 Weeks

$2,454.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LAW

TSC EK430-A4LAW Mobile Thermal Label Printer

A4 mobile thermal printer with Wi-Fi and 4G for field label printing
Special Order · Usually Ships in 2-3 Weeks

$2,009.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LAWT

TSC EK430-A4LAWT Mobile Enterprise Printer

Wi-Fi mobile printer for field labeling and logistics operations
Special Order · Usually Ships in 2-3 Weeks

$2,197.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LEW

TSC EK430-A4LEW Mobile Thermal Label Printer

4-inch mobile thermal label printer with Wi-Fi for on-site printing
Special Order · Usually Ships in 2-3 Weeks

$2,894.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LEWT

TSC EK430-A4LEWT Mobile Thermal Transfer Label Printer

4G + Wi-Fi mobile thermal printer for field logistics and remote labeling
Special Order · Usually Ships in 2-3 Weeks

$3,081.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LFW

TSC EK430-A4LFW Desktop Label Printer with Wi-Fi

Compact A4 desktop printer with Wi-Fi for warehouse labeling
Special Order · Usually Ships in 2-3 Weeks

$2,009.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LGW

TSC EK430-A4LGW Mobile Thermal Transfer Label Printer

A4 thermal transfer printer with Wi-Fi and 4G for mobile warehousing
Special Order · Usually Ships in 2-3 Weeks

$2,009.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LGWT

TSC EK430-A4LGWT Industrial Mobile Printer

Mobile label printer with 4G + Wi-Fi for field and logistics ops
Special Order · Usually Ships in 2-3 Weeks

$2,197.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-A4LHW

TSC EK430-A4LHW Mobile Label Printer with 4G/WWAN

A4 mobile label printer with built-in 4G for field operations
Special Order · Usually Ships in 2-3 Weeks

$2,050.99

Add to Cart
The item has been added
Compare

Out of stock
TSC

SKU: EK430-ANLC

TSC EK430-ANLC Mobile Thermal Label Printer with Wi-Fi

Wireless 4-inch mobile thermal printer for field label printing
Special Order · Usually Ships in 2-3 Weeks

$1,775.99

Add to Cart
The item has been added

Browse by Product Family

Click through to shop the families that fit your mobile computers deployment.

Rugged Handheld Mobile Computers

Industrial-grade mobile devices built for harsh warehouse, manufacturing, and field environments. Feature IP ratings, drop protection, and sealed connectors to withstand dust, moisture, and impact.

Integrated Barcode & 2D Scanning Handhelds

Mobile computers with built-in 1D/2D barcode engines for real-time receiving, picking, and shipping verification. Pre-optimized optics and processing for high-velocity inventory workflows.

Wireless Enterprise Handhelds

802.11ac/6E Wi-Fi and LTE/5G enabled mobile computers with extended range and low-latency connectivity for large warehouses, distribution centers, and multi-building campuses.

RFID-Enabled Mobile Computers

UHF and HF RFID-capable handhelds for asset tracking, case-level pallet management, and high-throughput cycle-count operations beyond barcode speed.

Android & Windows Mobile OS Platforms

Choice of operating systems: Android for modern app ecosystems and faster deployment; Windows for legacy ERP integration and long-term support contracts.

Extended Battery & Hot-Swap Models

Mobile computers with 12+ hour battery life and swappable batteries for round-the-clock warehouse operations without line-side downtime.

What to Look For When Buying

The decisions that matter most before you spec.

Processor Power & Operating System Stability

Mobile computer performance directly impacts barcode scan speed, application responsiveness, and real-time inventory sync across your WMS. Choose quad-core processors and proven OS versions from CipherLab, Datalogic, and Unitech to avoid throughput bottlenecks during peak shift cycles.

Display Brightness & Outdoor Visibility

Sunlit dock areas and outdoor receiving yards require 400+ nits minimum brightness to maintain barcode readability and worker accuracy. Transflective LCD or high-brightness IPS screens prevent mis-picks and rework labor costs.

Barcode Engine Optics & Decode Speed

2D imager quality determines first-pass scan success rate and throughput. Standard-range 4–6 inch focal depth suits small labels on cases; extended-range (15+ inches) engines handle high-shelf and pallet scanning without repositioning, reducing pick time by 15–25%.

IP Rating & Drop-Test Certification

IP65 and above seals against splash and dust; MIL-STD 810G drop tests to concrete at 4–6 feet confirm durability in fast-paced environments. Verify drop-test heights match your actual deployment (dock height vs. racking height) to avoid field failures.

Wireless Range & Network Architecture

802.11ac and 6E handheld coverage depends on AP density, interference, and warehouse metal/concrete barriers. High-throughput operations (1000+ picks/hour) need <50ms latency; weak RF coverage forces workers to walk back to load zones, adding 30+ minutes per shift.

Total Cost of Ownership & Charging Infrastructure

Device cost is typically 40–50% of TCO; add charging docks and cradles, spare parts, cases and holsters, and extended warranty. Battery replacement cycles (every 2–3 years) and screen repairs are predictable costs; account for them in fleet budgets.

Technology Stack

The specs and acronyms that actually affect mobile computers performance.

2D Imager (Area-Based Barcode Engine)

Uses a CMOS or CCD sensor to capture an image of the barcode, not a single laser line. 2D imagers read QR codes, Data Matrix, and PDF417 in addition to 1D barcodes; they work on curved surfaces and tolerate more dirt. Industry standard for modern WMS operations.

IP Rating (Ingress Protection)

Two-digit code: first digit = dust protection (0–6, where 6 = dust-tight), second digit = moisture (0–8, where 8 = submersion to 1m+). IP65 is minimum for dock/yard use; IP67–68 required for wet environments or washdown zones.

802.11ac / Wi-Fi 6 (802.11ax)

ac standard offers ~866 Mbps aggregate throughput; Wi-Fi 6 (6E in newer models) adds sub-6 GHz and 6 GHz bands for lower interference and <10ms latency in dense APs. Critical for high-volume pick operations and real-time WMS sync.

RFID UHF Gen2 (860–960 MHz)

Long-range radio frequency identification: read distance 5–15 meters depending on antenna and tag. Enables case and pallet-level tracking without line-of-sight barcode scanning; 10–100x faster than 1D barcode for bulk receiving.

Nits (Display Brightness)

A nit is one candela per square meter. Outdoor visibility requires 400+ nits; 500+ nits recommended for full-sun dock areas. Test readability in your actual light conditions (morning vs. afternoon) before purchase.

MIL-STD 810G Drop Test

Military standard durability protocol: device dropped from specified height (typically 4–6 feet onto concrete) multiple times. Passing certification proves structural integrity; failure often means screen/digitizer replacement costs every 12–18 months.

Typical Deployment Scenarios

Medium Warehouse Receiving & Picking (50,000 sq ft, 2-shift operation)

Deploy 12–16 mobile computers with 802.11ac, integrated 2D barcode engines, and 12-hour batteries across dock and pick zones. Pair with 4–6 charging docks positioned at end-of-shift zones. Use CipherLab or Datalogic platforms for WMS integration. Total hardware ROI: 18–24 months via labor reduction.

High-Velocity Cross-Dock (100,000+ sq ft, 3-shift, 5000+ picks/day)

100+ mobile computers with Wi-Fi 6, extended-range 2D imagers, and hot-swappable batteries. Implement 8–12 APs with mesh or controller for <20ms latency. Add rugged cases and spare parts inventory (screens, batteries, triggers). Unitech or enterprise-grade Datalogic devices recommended for sustained throughput.

Multi-Location Retail / Grocery (5–15 store locations, inventory cycles)

30–50 mobile computers with UHF RFID capability plus 2D barcode fallback. Stagger deployments across locations to share charging infrastructure. CipherLab Android devices integrate quickly with cloud WMS; Windows options suit legacy POS-linked environments.

Cold-Chain / Pharmaceutical Distribution (temperature-controlled warehouse, 24/7)

15–25 mobile computers rated for -10°C to +50°C operation with heated battery modules. Use specialized power cables for high-amperage charging in cold zones. Deploy protective fogging-resistant screen protectors. Device rotation every 18 months due to condensation stress; maintain spares.

Top Brands for Mobile Computers

Click through to each brand for engineering profile and NDAA compliance status.

CipherLab

Authorized dealer · browse the full CipherLab catalog for this category

Datalogic

Authorized dealer · browse the full Datalogic catalog for this category

Unitech

Authorized dealer · browse the full Unitech catalog for this category

TSC

Authorized dealer · browse the full TSC catalog for this category

Frequently Asked Questions

What's the difference between a 1D laser scanner and a 2D imager on a mobile computer?

A 1D laser scans a single barcode line; it's fast and cheap but can't read QR codes, Data Matrix, or barcodes on curved surfaces. A 2D imager captures a photo of the barcode, reads all formats, tolerates dirt and wrinkles, and works at multiple angles. Modern WMS systems require 2D; 1D is obsolete for new deployments.

How do I choose between Android and Windows mobile computers?

Android is faster to deploy, has a modern app ecosystem, and lower total cost of ownership. Windows is better for legacy ERP integration, long-term vendor support contracts, and enterprises with existing Windows infrastructure. Test both OS versions with your WMS vendor before committing to a fleet.

What battery life should I expect, and how does it impact my shift scheduling?

Standard batteries last 8–10 hours; extended batteries reach 12–14 hours. For 16-hour operations, use hot-swap battery models or invest in mid-shift charging docks. Cold environments reduce battery life by 20–30%; factor this into your deployment and dock placement strategy.

How many mobile computers do I need for my warehouse?

Use a 1-device-per-200-sq-ft rule as a baseline, then adjust for shift overlap and redundancy. A 50,000 sq ft warehouse with 2 shifts typically needs 12–18 devices; add 20% spares for rotation and repairs. Test your actual throughput (picks/hour) before finalizing fleet size.

What's the real-world wireless range of a mobile computer in my warehouse?

Advertised range (100+ meters) assumes open space; actual warehouse range is 30–50 meters due to metal racking, concrete, and interference. Site-survey your AP locations and conduct a real-world RF walktest before purchase. Poor RF coverage kills throughput faster than slow devices.

Are refurbished or certified pre-owned mobile computers a good fit for our operations?

CPO devices from reputable distributors can cut costs 30–40% and work well for non-critical zones (returns, QA) or temporary projects. Always verify drop-test history and battery health; avoid CPO units for high-volume picking where downtime is expensive. Budget for 12-month warranty coverage on CPO fleets.

Related Categories

Adjacent equipment that typically ships alongside these products.

Accessories Label Printers RFID Accessories Barcode Scanners Charging Docks and Cradles Cables and Adapters Cases and Holsters Spare Parts

Engineering Reading

Deep-dives from our engineering team on deployment planning.

Why Surveillance Systems Fail During Incidents Why Your NVR Can't Handle Its Rated Camera Count Why Surveillance Networks Collapse at the Core Why Large Surveillance Systems Fail: Storage Throughput Reality Why Surveillance Standards Collapse After the Third Location Why 4K Cameras Fail at Night Why Your PoE Switch Fails After 18 Cameras Frame Rate vs. Reality: When 30 FPS Makes Your System Worse