Device Budget Benchmarks: How Much Companies Spend Per Employee Per Year

Most IT budgets start with a guess: last year’s number, plus a bit for inflation. This post replaces the guess with a range grounded in published benchmark data, what companies of different sizes, industries, and regions actually spend on devices per employee per year, so a budget can be built against a real comparison point instead of a hunch.

This is a different question from what a single device costs across its working life. If you want the full stage-by-stage breakdown of one laptop’s cost from purchase through disposal, our laptop total cost of ownership breakdown covers that in depth. This post is about the aggregate number: what an organization should expect to budget per employee, per year, across an entire device fleet, and how that number shifts by company size, industry, role, and geography.

Key Takeaways

• Average IT spending per employee runs $9,000-$14,000 a year globally, with industry ranges from roughly $3,000 in manufacturing to $25,000 in financial services [Gartner]. 
• Hardware typically makes up 15-20% of total IT budget, and end-user devices (laptops, monitors, peripherals) account for 55-65% of that hardware slice, landing device-specific spend around $1,200-$2,500 per employee per year at most companies.
• Company size changes the percentage more than the absolute number: small businesses spend a higher share of revenue on IT (around 6.9%) than large enterprises (around 3.7%), even though large enterprises spend more in absolute dollars per employee.
• Equipping an international remote employee typically costs $3,200-$6,500 once shipping, customs, insurance, and configuration are counted, roughly double a standard $1,800-$3,000 domestic setup.
• Power-user roles (engineers, designers, data scientists) justify a meaningfully higher device budget tier, commonly $1,500-$3,000, versus $800-$1,200 for standard productivity roles.

The Baseline: Total IT Spend Per Employee

Global average IT spending per employee sits at $9,000-$14,000 a year, though the range across industries is wide: manufacturing runs as low as roughly $3,000 per employee, while financial services can reach $25,000, according to Gartner. Worldwide IT spending overall is projected to reach $6.15 trillion in 2026, up 10.8% year over year, growth driven largely by SaaS price inflation, AI-embedded features, and expanding security stacks rather than hardware itself.

It’s worth being precise about what that number includes before using it to plan a device budget: it’s total IT spend, covering hardware, software and SaaS licensing, cloud infrastructure, security tooling, networking, and IT staff and support costs, not devices alone. Getting from that baseline to an actual device number requires narrowing the scope, which is what the next section does.

Hardware’s Share of the IT Budget, and What That Means for Devices

Hardware, including servers, networking equipment, and end-user devices, typically makes up 15-20% of total IT spend in 2026, down from over 30% a decade ago, as infrastructure spend has shifted from owned on-premise equipment (CapEx) to cloud consumption (OpEx). Within that hardware slice, end-user devices specifically, the laptops, monitors, and peripherals employees actually use, account for 55-65% of hardware spend, which puts direct device spend at roughly $1,200-$2,500 per employee per year for most organizations.

That figure lines up reasonably well with a rough sanity check against the broader per-employee IT number: at $9,000-$14,000 total IT spend per employee, a 15-20% hardware share and a 55-65% end-user device share within it works out to roughly $750-$1,800 per employee for devices specifically, a similar order of magnitude even though it comes from a different calculation path. The gap between the two estimates is a useful reminder that these are directional benchmarks pulled from different methodologies and samples, not a single unified dataset, so treat any one number as a range-setter rather than a precise target.

Industry changes this figure meaningfully. Manufacturing (22-28% of IT budget on hardware) and retail (18-25%) run hardware-heavy because of large physical footprints requiring more endpoints per employee; cloud-native SaaS businesses run leaner (5-10%) because more of their spend sits in cloud infrastructure and software rather than physical devices.

How Device Budgets Scale With Company Size

Company size affects the percentage of revenue spent on IT more than it affects the absolute per-employee dollar figure, and the direction is counterintuitive: smaller companies spend a higher share, not a lower one. Small businesses (1-49 employees) average around 6.9% of revenue on IT, while large enterprises (5,000+ employees) average closer to 3.7%, reflecting economies of scale that spread fixed IT costs, security tooling, platform licenses, senior IT staff, across a much larger headcount.

In absolute terms, a practical starting benchmark for small business IT budgets, covering hardware and endpoints, software, cybersecurity, networking, cloud, and support together, lands around $1,500-$3,500 per employee per year. Mid-market companies commonly run 6-8% of revenue, translating to roughly $1,200-$2,500 per employee in total IT spend. At the largest end, a 1,000-person company typically spends $9 million to $15 million annually on IT in aggregate, which works out to $9,000-$15,000 per employee, consistent with the global average cited earlier.

Two things are worth flagging clearly here. First, these company-size figures describe *total* IT spend, not device spend specifically, so don’t read a mid-market company’s $1,200-$2,500 total IT figure as a device-only number even though it happens to overlap numerically with the device-specific range from the previous section. Second, a smaller company’s higher percentage-of-revenue commitment doesn’t mean a bigger device budget in dollar terms; it means IT costs are proportionally harder to absorb without the scale a larger organization has.

Benchmarks by Industry

Industry is the single biggest driver of variance in these numbers, both in percentage of revenue and in hardware intensity specifically.

• Financial services and technology companies run the highest overall IT spend, 7-10% of revenue, with healthcare close behind at 6-9%. 
• Manufacturing, logistics, and non-profits sit at the low end, 2-5%, reflecting both leaner technology footprints and industries where IT is a support function rather than core to the product. 
• Consulting, legal, and accounting firms have pushed budgets upward through 2025-2026 specifically due to AI tooling adoption for knowledge work.

Hardware intensity within those budgets follows a related but distinct pattern. Industries with large physical footprints, manufacturing and retail, dedicate a larger share of their IT budget specifically to hardware (22-28% and 18-25% respectively) because they’re provisioning more endpoints, kiosks, warehouse devices, point-of-sale terminals, alongside standard office laptops. 

Cloud-native, remote-first, and SaaS businesses run the opposite pattern: a smaller hardware share (5-10%) because more employees need only a laptop, and more of the technology budget goes toward cloud infrastructure and software rather than physical equipment.

Also Read: 100+ IT Asset Management Statistics

Standard vs. Power-User Device Budgets

Role changes the device budget more than almost any other single factor, and treating every employee’s hardware allocation as identical is one of the more common sources of budget mismatch. Standard productivity roles, general office work, email, collaboration tools, are well served by devices in the $800-$1,200 range. Power users, software developers, data analysts, financial modelers, and content creators running demanding applications or virtual machines, justify a materially higher tier, commonly $1,500-$3,000.

That gap isn’t just about comfort. A properly specified laptop for a demanding role has a measurable productivity payoff: a meaningful hardware upgrade for a performance-sensitive role can save real working minutes daily across a full year, a return that compounds well past the incremental hardware cost for roles where device performance genuinely gates output. Looked at over a full deployment cycle rather than a single purchase, a properly specified business laptop runs $1,700-$2,250 per user across five years once the full lifecycle is accounted for, a useful anchor figure for budgeting beyond the initial purchase price alone.

The practical implication is a tiered device policy rather than a single company-wide standard: segment budget by role intensity, not headcount alone, and expect the average blended cost per employee to land somewhere between the standard and power-user figures depending on how many roles in the organization genuinely need the higher tier.

The Real Cost of Equipping a Distributed or International Employee

Geography is where most device budgets quietly break down, because the gap between domestic and international equipping costs is larger than most planning assumes. A standard remote employee equipment package, laptop, monitor, keyboard, mouse, headset, stand, typically costs $1,800-$3,000 domestically. Equipping that same role for an employee in another country commonly runs $3,200-$6,500 once international shipping or local procurement, import duties, pre-configuration, insurance, ongoing management, and eventual retrieval are all counted, roughly double the domestic figure.

Most of that gap comes from costs that are easy to underestimate rather than dramatic. International shipments can add costs of up to 100% depending on destination once customs fees and duties are included. Insurance for high-value laptops and monitors in transit typically runs 0.5-1% of item value, rising to 2-3% for premium coverage. On the other end of the lifecycle, retrieving a device once an employee leaves costs $197-$334 per unit once labor, packaging, shipping, and insurance are factored in, and companies write off an average of 15-25% of devices deployed to international remote employees entirely, representing $200-$700 in unrecovered value per abandoned device. For a 500-person distributed company, that write-off rate alone translates to roughly $15,000-$87,500 a year in equipment that’s never recovered.

None of that is a hardware cost in the traditional sense, it’s logistics, insurance, and retrieval risk stacked on top of the device itself, which is exactly why a budget built purely around per-unit hardware price consistently underestimates the real cost of a genuinely distributed team.

How to Benchmark Your Own Device Budget

Industry averages are a starting point, not a target, and applying them without adjustment is how budgets end up either padded with slack nobody questions or quietly underfunded in ways that show up as support tickets and delayed onboarding later. A few adjustments make the benchmark actually useful:

• Segment by role before applying an average. A blended per-employee figure hides the real spread between standard and power-user tiers; budget each tier separately, then let the blended average emerge from actual headcount mix.
• Separate domestic and international cost lines. Treating a distributed team’s device budget as one number, using domestic pricing, is the single most common way these budgets come in under actual spend.
• Track cost per device, not just cost per department. A department-level number hides which specific devices or regions are driving disproportionate support, repair, or retrieval costs.
• Revisit the industry hardware-share figure against your own footprint. A remote-first company shouldn’t budget like a manufacturing floor, and vice versa; use the industry range as a sanity check, not a default.
• Model retrieval and write-off risk explicitly for international hires. It’s a real, quantifiable cost most budgets leave out entirely until it shows up as a line item nobody planned for.

Conclusion

The honest range, once industry, company size, role, and geography are all accounted for, is wide: a domestic-only, standard-role, cloud-native company can reasonably budget under $1,000 per employee for devices, while a hardware-heavy, globally distributed enterprise with a meaningful share of power-user roles can reasonably clear $3,000 or more once logistics and retrieval risk are included. The number that matters isn’t the global average; it’s where your organization’s specific mix of size, industry, role composition, and geography actually lands inside that range, and whether your current spend is tracked precisely enough to know.

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FAQs

How much should a company budget per employee for devices each year?

Direct device spend (laptops, monitors, peripherals) typically runs $1,200-$2,500 per employee per year at most companies, though this varies significantly by industry, role mix, and whether the team is domestic or internationally distributed.

What percentage of an IT budget should go to hardware?

Hardware, including servers, networking, and end-user devices, typically accounts for 15-20% of total IT budget in 2026, with end-user devices specifically making up 55-65% of that hardware share.

Why do small companies spend a higher percentage of revenue on IT than large enterprises?

Small businesses average around 6.9% of revenue on IT versus roughly 3.7% for large enterprises, because fixed IT costs, security tooling, licensing, senior staff, are spread across a much smaller headcount, making the same baseline capability proportionally more expensive.

How much more does it cost to equip an international remote employee versus a domestic one?

Roughly double. A standard domestic setup runs $1,800-$3,000, while an international remote employee commonly costs $3,200-$6,500 once shipping, customs duties, insurance, and eventual retrieval are included.

Should device budgets be the same for every employee role?

No. Standard productivity roles are typically well served at $800-$1,200 per device, while power-user roles, engineering, data science, design, justify a $1,500-$3,000 tier, and treating every role identically tends to either overspend on standard roles or underspend on roles where performance directly affects output.