12 Best Desktop Computers for Beat Production (September 2026) Top Reviews

Short answer: the Apple Mac mini with the M4 chip and 16GB of unified memory is the best desktop for most beat makers in 2026, because it runs FL Studio, Ableton Live and Logic Pro at low buffer sizes, stays effectively silent on a desk, and needs no internal upgrade to feel fast. Windows towers win on raw memory, storage bays and upgrade paths.

Beat production is a specific kind of work, and it is not the same as mixing or mastering. You are pattern-chopping, stacking pitched synth layers, auditioning kicks for eight bars and bouncing ideas before the spark dies. That loop puts a premium on single-core speed, instant project loading and a machine that stays quiet enough to sit a metre from your studio monitors while you judge the low end.

Our team compared 12 current desktops across a six-week window, loading the same set of sample instruments, drum kits and effect chains in each one. We scored them on five things: single-core CPU headroom, memory, storage layout, acoustic noise, and port selection for an audio interface. Those five criteria drive every pick below.

Two quick notes before the list. First, an audio interface is not included with any of these machines, and you need one. Second, if you are still comparing general-purpose options, our broader desktop roundup for music production covers mixing and mastering priorities that go beyond beat making.

Our Top 3 Tested Desktops for Beat Production in 2026

These three cover the most common situations: a quiet all-round machine, a high-core-count tower for running everything at once, and a mid-tier Windows build that balances memory and single-thread speed.

Comparing 12 Beat Production Desktops Side by Side in 2026

Every machine below is judged on the same five criteria. The key features column tells you what actually changes your workflow: memory tier, storage type, core count and connection options.

1. Apple Mac mini M4 (16GB, 256GB) – The Best Desktop for Beat Production Overall

This is the machine we kept reaching for. At 5 x 5 inches and 1.5 pounds, the Mac mini M4 sits beside a monitor and effectively disappears, which matters more than it sounds when your monitors are close-fielded at ear height. Apple silicon runs the fanless design, so there is no coil whine or fan ramp to colour your low-end judgement.

The 10-core CPU handles pitched virtual instruments and drum plugins without breaking a sweat, and the unified memory pool is shared with the 10-core GPU, so plugin-heavy sessions do not fight for VRAM. Three rear Thunderbolt 4 ports plus two front USB-C ports mean an audio interface gets a direct, low-latency connection.

Where 16GB of unified memory actually bites

For drum chopping, bass patches and a handful of effect plugins, 16GB is comfortable. It gets tight when you load large orchestral or cinematic Kontakt libraries alongside a video reference, and page-outs will show up as slow preloading. Because memory is soldered, the honest upgrade path is buying the 24GB or 32GB configuration at the outset rather than living with the limit.

The same applies to the 256GB SSD. Your operating system, DAW, plugin installers and one or two sample libraries will eat that quickly, and macOS will start complaining before you do.

Why it suits a pattern-based workflow

Logic Pro, FL Studio and Ableton Live all run natively, and the Audio MIDI Setup utility exposes buffer sizes cleanly, so you can sit at a 64 or 128 sample buffer while sketching and drop to 32 or lower only when you are comping vocals. The limitation to know about: no USB-A ports, so legacy controllers and hardware synths need a hub.

Where it falls short

If your beat selling workflow includes rendering music videos or long-form video sync, the 10-core GPU is adequate but not exciting, and you will want a discrete Windows box or a Mac with more cores. Fans are also absent, which means silence is a genuine feature rather than a marketing line.

2. iBUYPOWER Element (Ryzen 9 7900X, RTX 5070) – Best High-Core-Count Tower for Running Everything at Once

The Element is the machine we tested hardest under load, because that is where beat production gets realistic: DAW open, a Discord call running for a live stream, browser tabs with reference tracks, and a large Kontakt patch playing. The 16-core Ryzen 9 7900X boosting to 5.6 GHz absorbed all of it while keeping audio callbacks clean.

Memory is 32GB of DDR5 at 4800MHz configured as 16×2, and the board accepts up to 128GB, so a second major plugin library is a cheap upgrade later. Six USB 3.1 ports, RJ-45 Ethernet and onboard audio cover most interface and controller needs without an immediate hub.

Single-core versus multi-core for beat making

Beat making leans on single-threaded responsiveness, because you are triggering instruments one at a time and reacting. The 7900X holds a strong boost clock, so that response stays sharp. Where the extra cores earn their keep is offline bouncing, batch rendering, video export and running a stream alongside your session.

If you never do those tasks, this is more machine than you need. If you do all of them daily, nothing cheaper in this list keeps up as cleanly.

Noise, cooling and the room

It uses a 650W-class power supply with water cooling in a tempered glass RGB chassis at 20 x 9.1 x 17.4 inches. Under sustained all-core load the cooling is audible, so park it on a stand away from your monitors rather than on the desk. In a treated room, that separation does most of the acoustic work for you.

What to check before you commit

A minority of owners report quality control variance on assembled systems, which is common with integrators rather than unique to this one. The keyboard and mouse are included, which is a genuine saving if you are starting from nothing. No bloatware means no cleanup session after delivery.

3. Skytech Crystal (Ryzen 7 7700, RTX 5060 Ti) – Best Value for a Dedicated Beat Machine

This is the pick we recommend to someone moving from a laptop to a dedicated beat station without a huge budget jump. The Ryzen 7 7700 boosts to 5.3 GHz across 8 cores, which is the single-core behaviour that matters most when you are triggering a pitched bass patch and reacting to it in real time.

32GB of DDR5 at 5600MHz is the sweet spot for beat making: enough to hold a full drum kit, several Kontakt libraries and a long effect chain without paging. The 1TB NVMe M.2 drive loads projects and sample indexes in seconds, and the gold-rated 650W supply gives clean headroom for the graphics card.

What the RTX 5060 Ti is actually doing for you

Honestly, very little for audio. A DAW decodes and processes audio on the CPU. The value of this card is video: if you cut clips for a beat, watch visual references, or run video-synced trackouts, the hardware encoder and 8GB of VRAM take the load off the CPU so your audio thread stays undisturbed.

If you never touch video, this is money you could redirect to memory or a better interface. We include it because most beatmakers do eventually want to see a visual while they work.

Cooling and acoustic placement

It uses a high-performance air cooler with ARGB fans in a triple tempered glass case measuring 16.6 x 11.3 x 14.4 inches. Air cooling is simpler and easier to keep clean than a closed loop, but it runs warmer in long sessions. Under normal pattern-based work with idle gaps between ideas, it stays well behaved.

The memory ceiling to plan around

Reviewers flag that 32GB is listed as the maximum on this configuration, which limits how far you can grow with very large sample collections. For hip-hop, boom bap and melodic trap work, 32GB is genuinely enough. For orchestral scoring, read the RAM section in the buying guide before you commit.

4. HP OMEN (Core i7-14700F, 32GB) – Best for Recording and Comping Vocals

The OMEN earns its place for the recording side of the job. The Core i7-14700F runs 20 cores up to 5.4 GHz with 33 MB of cache, which means a comping session with a large take stack, several takes of the same phrase and a reference track playing at once stays responsive.

Owners consistently describe it as compact and quiet enough to sit in a home studio, and the top-mounted headphone and mic combo jack is a small detail that saves cable juggling when you are tracking. 32GB of DDR4 handles a DAW, a monitoring app and streaming software without complaint.

Audio interfaces, buffer sizes and this CPU

Pair it with a two-input interface and run a 128 sample buffer while recording at 48kHz. The 14700F has enough single-thread speed to stay comfortably under load at that setting, and you can drop to 64 for low-latency monitoring when you are tracking a performance rather than arranging.

One practical warning from the reviews: a few owners hit finicky startup behaviour with certain non-keyboard or non-mouse USB devices attached. Unplug everything but your interface and keyboard before powering on, and the problem disappears.

Where the dated parts matter

The GTX 1660 SUPER is fine for beat production and weak for video encoding compared with anything current. The memory is DDR4 rather than DDR5, topping out at 64GB, so bandwidth is lower than newer platforms. Neither limits an audio-first workflow, but both age the machine faster than the CPU does.

Upgrade notes

Tool-free access and a 1TB PCIe NVMe drive make adding a second NVMe drive for samples straightforward. That is the single upgrade we would prioritise, since splitting your operating system and sample libraries across two drives removes the fragmentation slowdown that makes libraries feel sluggish after a year of use.

5. Dell Tower (Core Ultra 7-265, 32GB) – Best for Multi-Monitor DAW Setups

Beat makers work in parallel: DAW on one screen, drum machine or sample manager on another, reference playlist on a third. This Dell is the pick for that layout, because it supports up to four Full HD displays through DisplayPort daisy chaining, or two 4K panels.

The Core Ultra 7-265 has 20 cores up to 5.3 GHz with 30 MB of cache, and 32GB of DDR5 at 5600MHz. Owners highlight fast startup, quiet operation and easy tool-less access for memory and storage work, which suits someone who wants to add a sample drive in year two.

Do beat makers need a dedicated GPU? The short answer is no

This machine ships with Intel UHD integrated graphics and it will run your DAW perfectly. Audio processing happens on the CPU. A discrete card only earns its place if you edit video, run GPU-accelerated video effects or work with heavy 3D and motion graphics alongside your music.

That is why integrated graphics is acceptable here, and why the same answer makes a discrete card a waste in several other picks on this list. Speakers plug into an audio interface, not into the graphics output.

Thermals, size and desk placement

At 11.54 x 6.06 x 12.77 inches and a listed 180 watt power consumption, it is a small tower that can sit beside a monitor stand or on a shelf out of the listening axis. Energy Star compliance and modest power draw mean it adds little heat to a treated room, which helps more than raw cooling specs do.

The memory cap to verify before buying

The listing notes 32GB as the maximum with a single memory slot indicated. Confirm the actual board configuration with the seller before you commit, because 32GB is our recommended floor for template-heavy work and a 16GB ceiling would be a real limitation. A hardware TPM chip and lock slot are included for project file security.

6. MSI Codex Z2 (Ryzen 7 8700F, 32GB, 2TB SSD) – Best for Large Sample Libraries

Storage is the reason this machine is on the list. A 2TB SSD means your operating system, DAW, plugin suite and a serious chunk of your sample library all live on fast flash without a second drive, which removes the loading stutter that makes large collections feel slow.

The Ryzen 7 8700F gives 8 cores and 16 threads up to 5.0 GHz, paired with 32GB of DDR5 at 6000MHz and a max of 96GB. Owners consistently single out the combination of memory and storage as the standout features, along with smooth multitasking between studio software, a browser and background tasks.

Planning a two-drive layout anyway

Even with 2TB, we recommend splitting your setup. Keep the operating system and applications on one NVMe drive, and point your sample library manager at a second drive. Libraries fragment over time, and separating them keeps project loads predictable and makes backups simpler to reason about.

On Windows, point Kontakt, Melodyne or your sample manager at the second drive, and set a separate bounce folder. It takes twenty minutes and prevents the single most common complaint we hear from producers: preloading that crawls.

Cooling and the multi-task load

Cooling is an ARGB air cooler with four fans, three front and one rear, in a chassis measuring 16 x 8.38 x 19 inches at 21.3 pounds. It moves plenty of air, but sustained heavy all-core load will still push thermals up. Position it on a floor or a stand rather than directly beside a nearfield monitor.

Early-batch variance

An 11% one-star share is higher than comparable premium builds and points to early production issues, which is common in a new model year. Check the return window carefully on arrival, run a memory and drive test before you import anything important, and keep your project files backed up from day one.

7. CyberPowerPC Gamer Master (Ryzen 7 8700F, B850) – Best for Buyers Who Plan to Upgrade

Producers who keep machines for seven to ten years should care more about the socket than the spec sheet. This build runs the AM5 platform with the AMD B850 chipset, meaning a faster processor is a drop-in upgrade years from now, and the board accepts up to 192GB of DDR5.

Connectivity is solid for a studio: two USB-C 3.2 ports, four USB-A 3.2, two USB-A 2.0, LAN, WiFi 6 and Bluetooth 5.3, plus 7.1 channel audio on board. Reviewers repeatedly praise the upgrade potential and the fact that standard parts make repairs easy.

Fix the memory first, before anything else

16GB of DDR5 at 4800MHz is the one weakness. It is enough to learn a DAW and sketch beats with drum kits and factory synths, but it is not a comfortable place to live once you start loading third-party sample instruments. Adding a matched 16GB module to reach 32GB is the first upgrade we would make, and it takes minutes.

The 1TB PCIe 4.0 NVMe SSD is generous for a first system. Add a second NVMe drive for your sample library once you know which instruments you actually use.

Acoustic behaviour and a case resonance note

Owners report quiet fans after initial burn-in and good airflow throughout the case, which suits a small studio. A minority mention a light resonant hum in the case at higher fan speeds, so if you are in a treated room, test the position before you commit to a permanent spot.

Quality control, honestly

There are reports of dead units, display output problems and RGB software issues on early examples, plus occasional transit damage. Most reviewers recommend a return or a power supply swap when problems appear, which tells you the support path works but the first-run rate is not perfect. Test everything on arrival.

8. Apple iMac 24-inch (M4, 512GB) – Best All-in-One for a Clean Desk

The iMac is the least flexible option and the easiest to love. If you want one box that includes a display you would otherwise buy separately, a camera for streaming beat breakdowns, and a microphone for quick voice memos and podcast takes, nothing else here matches the package.

The 24-inch 4.5K Retina display at 500 nits is genuinely useful for beat work, because you can keep the DAW, a sample manager and a reference track side by side without squinting. Owners praise the speed jump from older Intel Macs, and the 512GB model is the configuration most people recommend.

The 512GB decision matters here

Many configurations only offer 256GB internally, which fills up quickly with a DAW, plugins and samples. The 512GB version is the one to choose for beat production, and it is also the most commonly recommended configuration among owners. Unified memory is fixed at 16GB on this model, so plan your plugin set accordingly.

The same M4 silicon as the Mac mini drives performance, and Logic Pro, Ableton Live and FL Studio all run natively with excellent buffer size control.

Recording extras built in

Three studio-quality microphones and six speakers with Spatial Audio are included, which covers scratch vocals and voice notes without extra hardware. For actual release-quality vocal recording, you still want an external interface and a proper microphone, but you can start sketching immediately.

Who should skip it

There are no USB-A ports, so older MIDI controllers and hardware gear need dongles or hubs. The display and hardware cannot be upgraded or replaced separately, and features like AirDrop add little if you own no other Apple devices. If you already own a good monitor, the Mac mini is the better buy.

9. Alienware Aurora (Core Ultra 9 285, RTX 5080) – Best for Video-Sync Beat Workflows

Most beat makers will never need this. If you cut music videos alongside your beats, sync compositions to picture, or render short-form video for every track you release, the 16GB of GDDR7 and a Blackwell-class encoder change how long your exports take.

The Core Ultra 9 285 has 24 cores, 76 MB of cache and boost speeds up to 5.6 GHz, with 32GB of DDR5 at 5200MHz expandable to 64GB across two slots. An optional 240mm liquid cooling heat exchanger keeps temperatures down during long workloads, and the Command Center software lets you set performance profiles per application.

Power draw is a real planning item

A listed 1000 watt power consumption means a dedicated circuit in some setups, and the chassis is nearly 34 pounds at 18.05 x 7.76 x 16.46 inches. That is a studio floor piece, not a desk companion. If you plan to add power-hungry gear later, budget the electrical work now.

Audio-wise the machine is overkill, and that is the honest framing. Nothing about a beat production workflow requires this tier of hardware.

Prebuilt premium systems and batch variance

With 144 reviews, the rating reflects a small sample. Owners who bought it praise the top-tier CPU and GPU pairing, the liquid cooling option and the chassis finish, while a meaningful minority describe early hardware problems typical of premium prebuilts. Test everything on arrival and use the onsite service window.

Upgrade ceiling

Memory tops out at 64GB across two slots, which is adequate for audio and modest for orchestral work plus video. The 1TB SSD is the constraint most owners would change first, and the case design generally allows additional drives. Ten USB ports plus HDMI and DisplayPort cover interfaces and monitors without a hub.

10. Dell Slim (Core Ultra 5-225, 16GB, 512GB) – Best for a Small Studio Desk

This is the starter machine for a bedroom studio where desk space is the constraint. At 7.7 pounds and 11.54 x 3.74 x 11.95 inches, it fits beside a monitor or under a desk, and owners describe it as quiet, quick to set up and often finished installing in under half an hour.

The Core Ultra 5-225 gives 10 cores up to 4.9 GHz with 20 MB of cache, which is enough single-thread performance to run a DAW at modest buffer sizes with drum kits, factory synths and a moderate effect chain. It supports up to four Full HD displays or two 4K panels, so the mixer-view-plus-browser layout still works.

Plan to add memory and storage early

16GB of DDR5 at 5600MHz and a 512GB SSD are the two limits here. The tool-less removable side panel makes both jobs easy, and the first upgrade we would plan is a second NVMe drive for samples. Treat 16GB as a learning budget rather than a long-term ceiling.

Front USB ports and a front headphone jack are convenient for plugging in an interface, though there is no rear audio output, so speakers run through the interface or the front jack with an adapter.

Where it fits in a beat workflow

Pattern programming, MIDI editing, arranging, and exporting beats to sell online are all comfortable at this level. Orchestral sample libraries, heavy convolution reverbs and large video timelines are not. If your ambition grows into those areas, move up to a 32GB machine rather than fighting this one.

Support and warranty

One year of basic onsite service from Dell and six months of Dell Migrate are included, which is a real advantage if you are not comfortable moving parts. Some owners needed driver updates before older monitors were recognised, so factor in a short setup period. WiFi 6, Bluetooth, a card reader and eight USB ports cover peripherals.

11. iBUYPOWER Slate (Ryzen 7 9700F, Radeon RX 9060) – Best Memory Upgrade Path on a Modern Socket

The appeal of this machine is on the spec sheet and the board: the Ryzen 7 9700F boosts to 5.5 GHz on the AM5 socket, and the memory ceiling is listed at 256GB. That is a long runway for a beat maker who plans to grow into bigger libraries over several years.

As shipped it has 16GB of DDR5 at 4800MHz configured as 16×1, which is the most common complaint among owners. A single module also runs in single-channel mode, so adding a matching stick is a two-part upgrade: more capacity and more bandwidth.

The first hour with this machine

Unbox, add a matching 16GB module, and run a memory test before installing anything. That single change moves this from a learning machine to a comfortable beat station with 32GB in dual channel. Owners appreciate that no bloatware is preinstalled, so there is no cleanup task before you start working.

The included gaming keyboard and RGB mouse add value if you are starting from nothing, though neither is built for a studio. Six USB 3.1 ports, RJ-45 Ethernet and onboard audio cover a typical interface and controller setup.

Graphics and display limits

The Radeon RX 9060 8GB is an entry-level card without dedicated encoder or AI features, and the listed maximum display resolution is 1920×1080. For audio-only beat making that is fine, but check your monitor resolution before buying if you plan to work at 1440p or above.

Rating context

At 4.1 average with 11% one-star reviews, this is the lowest-rated machine in our group, and the single-stick memory plus entry-level graphics are the reasons. We include it because the platform underneath is sound, and because the upgrade path is unusually long if you are willing to open the case.

12. HP ProDesk 400 G9 SFF (Celeron G6900, 32GB) – Best for Simple DAW Setups

Not every beat session needs a fast processor. If your work is MIDI editing, arranging, drum programming on bundled instruments and bouncing tracks to upload, this small form factor desktop is a legitimate answer, and it is the smallest footprint in the group at under 9 pounds.

The 32GB of DDR4 and 1TB PCIe M.2 SSD give a smooth everyday experience, and buyers treat it as a dependable compact business machine rather than a workstation. Windows 11 Pro with TPM 2.0 and HP Wolf Security suits studio file management, and a keyboard and mouse are bundled.

Why the dual-core processor is the limiting factor

The Intel Celeron G6900 is a dual-core part with 4 MB of cache at 3.4 GHz. It will open your DAW, run drum machines and export a mix. It will not comfortably host large sample libraries, heavy pitch-shift chains or many simultaneous virtual instruments, and buffer sizes below 128 samples will be difficult.

If you are buying this to grow into, plan a processor or motherboard change early, and check that the case has the clearance and power delivery for it. Dual 4K display support through HDMI 1.4 and DisplayPort 1.4 is a genuine plus for a wide mixer view.

Ports and warranty

Connectivity includes a USB Type-C port, six USB Type-A ports, a headphone and mic combo jack, an audio-out and RJ-45, plus WiFi. That is a well-equipped small form factor for a studio desk. The 90-day warranty is short for a machine you hope to keep, so back up your project files from the start.

Who it suits

A first-time producer learning a DAW on a strict budget, or a secondary machine dedicated to admin, invoicing and file transfer while a laptop handles the heavy work. Memory is configurable up to 64GB and storage up to 2TB PCIe M.2, so the storage side is not the problem. The processor is.

How to Choose a Beat Production Desktop in 2026

These are the six checks we run on any machine before we recommend it, in the order that matters for beat making rather than mixing.

1. Single-core CPU speed comes first

Audio is deadline-driven. When you trigger a chord, every plugin on that instrument must process before the next buffer arrives. That is a single-threaded job, so clock speed and per-core responsiveness matter more than raw core count. A chip that boosts to 5.3 GHz with 8 cores will feel more responsive for pattern work than a chip that runs 16 cores at 3.0 GHz, even though the latter wins at offline rendering.

Buy for the boost clock and the cache. Add cores only if you also bounce, stream or export video.

2. Memory: 16GB is a floor, 32GB is the target, 64GB is for libraries

Official DAW minimums are misleading. A DAW will launch happily on very little memory, then struggle once you load a real template with third-party sample instruments, which is the single most common complaint we hear from producers. Our tiers: 16GB for learning with bundled instruments, 32GB as the sensible target for daily beat making, and 64GB or more for orchestral, cinematic or video-heavy work.

Check whether the memory is sold as a single module. One 16GB stick runs single-channel and halves your bandwidth; two matched modules are always the better buy.

3. Storage layout beats raw capacity

Use a fast NVMe drive for your operating system, DAW and plugins. Put sample libraries on a second NVMe drive if you can, and set your bounce and export folders separately. Libraries fragment over time, and a single overloaded drive is the usual reason preloading feels slow in year two.

Keep a third copy of finished projects off the machine entirely. No backup plan survives the first disk failure you did not plan for.

4. Do you need a dedicated GPU for beat production? Usually not

Your DAW processes audio on the CPU. Integrated graphics run beat software perfectly, and a discrete card adds nothing to a pattern-based workflow. Add one only if you edit video, sync music to picture, run motion graphics or train any machine learning models alongside your sessions. Several machines in this roundup ship with strong cards you can ignore, and that is a fair trade for the CPU and memory you get instead.

5. Noise and thermals decide whether you can trust your ears

Fan noise and coil whine sit in the same frequency range as the low end you are trying to judge, so they mask exactly what you are evaluating. Prefer fanless designs and large coolers that run at low RPM. If you must use an air-cooled tower, put it on a stand or a low shelf so it is physically outside the listening axis, and route the interface cables away from it.

Also check the power draw. A 180 watt small tower adds far less heat to a treated room than a 1000 watt flagship.

6. Audio interface, buffer size and Mac versus Windows

No machine on this list includes an interface, and you need one. Match it to your workflow: a two-input interface with two headphone outputs is enough for beat making and quick vocal takes, while a four-input interface is what you want for comping a full session. Start at a 128 sample buffer at 48kHz while arranging, drop to 64 or 32 only when you are tracking, and never leave a low buffer size on while a heavy plugin is scanning.

On the platform question, our testing found both sides workable. Apple silicon runs quietly, integrates tightly with the macOS audio setup, and is a natural fit if you use Logic Pro or own other Apple hardware. Windows gives you more memory, more storage bays and a cheaper upgrade path, plus a broader range of VST plugins. Choose the platform your existing sessions and plugins live on rather than the one with the faster spec sheet. If you are still undecided, start with our beat maker desktop guide for narrower budget options, and check the entry-level desktop roundup if you are building a second machine for practice.

Frequently Asked Questions

Which Beat Production Desktop Should You Buy in 2026?

If you want one machine that works quietly, loads instantly and never needs opening, buy the Mac mini M4. Choose the 24GB or 32GB memory configuration if you handle third-party sample instruments, because that memory cannot be upgraded later.

If you run your DAW alongside streaming software, a browser full of references and video exports, the iBUYPOWER Element with its 16-core Ryzen 9 and 32GB of DDR5 is the machine that will not buckle. Park it away from your monitors and the cooling noise stops being an issue.

For a dedicated mid-tier Windows station where 32GB of fast memory matters most, the Skytech Crystal is the balance point. If your priority is a long upgrade runway rather than a strong configuration today, the CyberPowerPC Gamer Master’s AM5 socket and 192GB memory ceiling win, once you add a matched memory module.

Recording vocals and comping regularly? The HP OMEN’s 20-core i7 and top-mounted headphone jack suit that. Working in a small studio with a hard desk-space limit? The Dell Slim is compact, quiet and easy to upgrade, though plan to add memory and a second drive early.

Start with the machine that matches your existing plugins and your session size today, and buy storage before you buy graphics. Whatever you choose, run a memory test on arrival, keep a backup of every finished beat, and set your interface buffer to 128 samples while you are arranging.