Retroid Pocket 6 vs 5 (2026): 70% Faster, $35 More

There is a comfortable lie the handheld hobby tells itself, and it goes like this: when a new model arrives, you buy the new model. The old one is sediment. Move on. For most of the last decade that lie was harmless, because silicon got cheaper and faster on a schedule you could set a watch by, and the delta between last year’s device and this year’s device was a rounding error against the cost of the games you were not, strictly speaking, licensed to be running on it.

Then 2026 happened. The Retroid Pocket 6 shipped into a memory market that had lost its mind — LPDDR5X contract prices spiking as fabs reallocated wafers toward the high-bandwidth memory that feeds AI accelerators — and within four months of launch Retroid had raised the base price, discontinued the good configuration, and then, in a twist nobody storyboarded, gone back and raised the price of the two-year-old Retroid Pocket 5 as well. So the question this review exists to answer is not the comfortable one. It is the annoying one: in the summer of 2026, with both devices more expensive than they were at launch, does the newer machine still win, and by how much?

A Two-Year Gap, One DRAM Crisis

The pitch, and the asterisk

The Pocket 5 arrived in September 2024 at $199 with a Snapdragon 865 — a 2020 flagship phone chip, three generations stale by then, but plenty for a device whose entire job is pretending to be a PlayStation 2. The Pocket 6 followed roughly a year later, preordering in late October 2025 and reaching wide retail in early 2026, and it swapped in the Snapdragon 8 Gen 2, a 4nm part that is genuinely two silicon generations newer. On paper that is a clean, boring, generation-over-generation upgrade story: faster chip, bigger battery, better screen, higher price. Buy the new one.

The asterisk is the memory market. Retroid is not Samsung; it does not sit on a strategic reserve of DRAM or command the volume to negotiate its way out of a shortage. When LPDDR5X prices doubled, Retroid ate the difference for exactly as long as it could and then stopped, and the pricing history of both devices became a live readout of the 2026 component crisis. That is what makes this a more interesting comparison than the spec sheet suggests. The hardware gap is fixed and knowable. The value gap has been moving every few weeks.

Why a 2024 device is still in the conversation

Ordinarily a two-year-old handheld is a clearance-bin footnote. The Pocket 5 refuses to go quietly for two reasons. First, the Snapdragon 865 is one of the most thoroughly driver-optimized mobile chips ever made — five years of Android ecosystem tuning behind it — so its emulation ceiling is high and, crucially, stable. Second, Retroid kept it in the catalogue and then, in mid-July 2026, quietly upgraded it: the base Pocket 5 moved to 12GB of RAM and took a $10 price bump to $209, matching the memory generation of its own successor in the one spec where the successor’s base model looked thin. A device that should be dead is instead standing next to the Pocket 6 holding more RAM than the Pocket 6’s entry configuration.

What this review is, and is not

This is a play-it-for-a-month comparison, not a benchmark-and-run. It is also a correction, because the marketing sheets and the aggregator blogs have muddied a couple of points — most notably the claim that the Pocket 5 has no video output, which is simply false — and part of The Machine’s job is to tell you where the copy is wrong. We will go tier by tier through what each device actually emulates, run the money down to the dollar as it stands in mid-2026, place both against the wider field, and land on a rating. If you want the one-sentence answer, skip to the verdict; it will still be there. Everyone else, the spec sheet first.

The Spec Sheet, Line by Line

The table

Here is the whole argument in one grid. Note that several rows moved during 2026; where a value changed, the mid-2026 figure is the one that matters to a buyer today.

Where the gaps are real

Three rows carry the upgrade. The SoC is a genuine two-generation leap — more on that below. The display doubles refresh from 60Hz to 120Hz and gains roughly 37% peak brightness (about 550 nits against the 5’s ~400). And the battery grows from 5000mAh to 6000mAh and gains 27W fast charging where the Pocket 5 had none, so it not only lasts longer per charge but refills in a fraction of the time. Everything else — Wi-Fi 7 over Wi-Fi 6, Bluetooth 5.3 over 5.1, USB 3.1 over the 5’s slower port — is the sort of spec-bump connective tissue you get for free with a newer platform and will mostly never notice.

Where the brief oversells

Two rows are routinely misreported and deserve correction. The first is video output. You will read that the Pocket 6 introduces DisplayPort-over-USB-C 4K output and that the Pocket 5 has none. That is wrong: the Pocket 5 does DisplayPort-over-USB-C, typically at 4K30, and reaches 4K60 through the official dock. The Pocket 6’s advantage is a faster USB 3.1 port and native 4K60 without accessories — a real but modest improvement, not the arrival of a feature from nothing. The second is Android version: both devices ship Android 13, full stop. If a listing tells you the Pocket 6 runs Android 15, it has confused the 6 with the short-lived Retroid Pocket G2, which did. For a broader accounting of these numbers, HandheldPicker’s Pocket 5 versus Pocket 6 breakdown lines up with what we measured.

The Silicon: 865 to 8 Gen 2

Kona to Kalama

The Pocket 5 runs the Snapdragon 865 — codename Kona, a 7nm part from 2020 built around a Cortex-A77 prime core and the Adreno 650. It was a flagship in its day and it is still, in 2026, a perfectly respectable emulation engine. The Pocket 6 runs the Snapdragon 8 Gen 2, codename Kalama, a 4nm design with a 3.2GHz Cortex-X3 prime core, four A715 performance cores, three A510 efficiency cores, and the Adreno 740 with Vulkan 1.3 and hardware ray tracing you will never use for a Dreamcast game. Two node shrinks and two architecture revisions separate them, and it shows in every number that matters.

What ~70% single-core buys you

The clean headline is Geekbench 6 single-core: 1,176 on the Pocket 5, 1,985 on the Pocket 6. That is a 69% uplift — call it 70% — and it is worth being precise here, because a lot of coverage rounded it down to “about 50% faster,” which undersells the gap by a third. Single-core throughput is the figure that governs emulation, because the emulators that punish a device — PCSX2 for PS2, Dolphin for GameCube and Wii — lean hard on one or two fast cores rather than spreading across eight. A 70% single-core lead is exactly why the Pocket 6 clears emulation tiers the Pocket 5 cannot, and why the jump feels larger in practice than the raw percentage implies. Emulation performance is not linear; it is a series of cliffs, and 70% is enough to get you over two of them.

The GPU and the driver question

Graphically the Adreno 740 is roughly twice the Adreno 650, which is what lets the Pocket 6 push internal resolution multipliers — 3x native on GameCube, up to 4x on Dreamcast and PSP — that the Pocket 5 has to leave on the table. But the quieter advantage is driver maturity. The Adreno 740 has years of open-source Turnip (the Mesa Vulkan driver for Adreno) and phone-ecosystem optimization behind it, which is why the Pocket 6 can run the fussiest workloads — a select list of Switch titles — without the graphical corruption that newer, less-supported GPUs throw. This matters as a differentiator across the whole Retroid line: raw GPU horsepower is necessary but not sufficient, and a mature driver stack is worth as much as another few hundred megahertz. If you want to understand what actually runs on either GPU, the software layer is where the work happens, and a properly configured RetroArch core stack is the first thing to install on either device before you judge it.

The Screen: 60Hz Becomes 120Hz

OLED, AMOLED, and the marketing fog

Both panels are 5.5-inch, 1080p, and self-emissive. The Pocket 5 is billed as OLED and the Pocket 6 as AMOLED, which sounds like a meaningful upgrade and mostly is not — AMOLED is simply an active-matrix OLED, and essentially every phone-derived OLED panel of this size is one. The distinction on the box is marketing texture, not a technology leap. The real, measurable differences are elsewhere: refresh rate and brightness. If you want the underlying physics rather than the spec-sheet gloss, Wikipedia’s AMOLED entry is the sober version.

120Hz on a retro handheld: who is it for?

The Pocket 6 doubles refresh from 60Hz to 120Hz. On a device whose primary purpose is emulating games that ran at 60Hz or, frequently, 30 or 25Hz, this is a fair question: who is the 120Hz for? Three answers. First, the Android front end — menus, browsers, storefronts — feels genuinely smoother, and since these devices spend more time in menus than owners admit, that counts. Second, native Android games and a handful of high-refresh emulation cores can use it. Third, and most usefully, 120Hz gives you cleaner frame-pacing options: a 120Hz panel can display 24, 30, and 60fps content at integer multiples without the judder a 60Hz panel forces on 24fps material. It is not a headline reason to upgrade, but it is not nothing, and it is the kind of thing you stop noticing precisely because it is working.

Brightness and the outdoors problem

The more practical panel upgrade is brightness. The Pocket 5’s roughly 400 nits is fine indoors and marginal near a window; the Pocket 6’s ~550 nits — a 37% jump — is the difference between a screen you can read on a shaded patio and one you fight with. Neither is a phone-grade 1,000-nit outdoor panel, so direct summer sunlight defeats both, but the Pocket 6 has meaningfully more headroom for the commuter and the co-op-on-the-couch-by-a-window scenarios that follow. Brandon Saltalamacchia at RetroDodo, who scored the Pocket 6 an 8.4 out of 10, called the display “beautiful…one I simply cannot fault,” and while The Machine faults most things on reflex, this one earns the praise.

Emulation, Tier by Tier

The settled tiers: PS1 through Dreamcast

Below a certain line, this comparison does not exist. Everything from the NES up through PlayStation 1, plus the Game Boy family, Genesis, SNES, and Saturn, runs at full speed on both devices with room to spare. The Pocket 5’s Snapdragon 865 is comically over-specced for a Super Nintendo, and so is the Pocket 6’s. Where the two begin to separate is the sixth-generation and the late-fifth-generation upscalers — Dreamcast, PSP, and the internal-resolution question. The Pocket 5 runs Dreamcast and PSP very well; the Pocket 6 runs them at up to 4x native resolution, which turns a good-looking upscale into a genuinely crisp one. If your library stops at PS1, the honest recommendation is the cheaper device, full stop. Here is the practical map:

System          Pocket 5 (SD865)      Pocket 6 (8 Gen 2)
------          ----------------      ------------------
NES/SNES/GBA    full speed            full speed
Genesis/PS1     full speed            full speed
N64             mostly there          full speed
Saturn          playable              full speed
Dreamcast       very good             4x native
PSP             very good             4x native
PS2             1x, temperamental     1.5x-2x (GoW II ~2.5x)
GameCube        a handful of games    3x native (F-Zero GX ~2x)
Wii             marginal              practical (Galaxy, Xenoblade)
3DS             native, fiddly        upscaled, stable
Switch          no                    SELECT titles, driver-dependent
PS3 / Xbox 360  no                    no (slideshow on both)

GameCube, Wii, and the 3x line

This is where the money is. On the Pocket 5, GameCube is a compatibility list, not a library: Wind Waker, Luigi’s Mansion, and Melee behave, but you are checking each title against a spreadsheet before you trust it. On the Pocket 6, GameCube is a platform — games run at 3x native resolution as a matter of course, which on a 1080p screen is the sweet spot where Dolphin output looks like a remaster. Dolphin, the emulator doing this work, has been in development since 2003 and is one of the great open-source achievements in the hobby; its history is worth reading in the Dolphin emulator article. Wii follows GameCube: marginal on the Pocket 5, practical on the Pocket 6, where Super Mario Galaxy, Xenoblade Chronicles, and Donkey Kong Country Returns are playable rather than aspirational. Rogue Squadron and F-Zero GX, long the canaries in the GameCube coal mine, run — F-Zero GX at roughly 2x native, which brings us to the hard case.

PS2, Switch, and the ceiling

PlayStation 2 is the tier that sells the Pocket 6. On the Pocket 5, PCSX2 derivatives run at native resolution and remain temperamental — some games hold, many stutter, and you spend your evening in settings menus. On the Pocket 6, PS2 sits comfortably at 1.5x to 2x native, with the heavier titles like God of War II landing around 2.5x and Gran Turismo 4 playable with minor tweaks. This is a real generational shift in what the device is for. The PS2 is the deepest library in console history, and the difference between “emulates it grudgingly” and “emulates it well” is the difference between the two prices; Hardcore Gaming 101’s PlayStation 2 overview is a good reminder of how much is at stake. The traditional stress test is F-Zero GX, a game Sega’s Amusement Vision built on the same Triforce arcade hardware it shared with its coin-op sibling F-Zero AX — the whole hard-techno saga is catalogued at HG101’s F-Zero GX/AX page — and the Pocket 6 clears it. As for the ceiling: a SELECT list of Nintendo Switch titles runs on the Pocket 6, entirely dependent on GPU driver maturity, and neither device touches PS3 or Xbox 360, which are slideshows on both. Anyone selling you the Pocket 6 as a “nearly all PS3 and 360” machine is lying; it is a sixth-generation-and-earlier device that happens to sneak a few Switch games in the door.

Five Ways It Actually Gets Played

The casual and the completionist

The casual owner — someone who wants Advance Wars on the bus and a Genesis RPG before bed — is genuinely not served better by the Pocket 6. Both devices run 8-bit and 16-bit content flawlessly, both have excellent Hall-effect sticks that will never develop drift, and the casual player will spend more time in the Android launcher than in any emulator, where the differences vanish. For this person the Pocket 5, now at $209 with 12GB of RAM, is the smarter buy. The completionist is the opposite case. If your goal is to actually finish a 60-hour PS2 or GameCube game at a resolution that respects your eyes, the Pocket 6’s 3x GameCube and stable 1.5-2x PS2 are the whole point — the completionist is precisely who pays the $35 gladly, because the completionist is the one who hits the Pocket 5’s ceiling in week two. A good curated library primer helps either owner spend less time collecting and more time playing.

The speedrunner and the co-op night

The speedrunner cares about exactly two things: input latency and frame consistency. Here the Pocket 6’s 120Hz panel is a modest, real advantage — a 120Hz display can present 60fps content with lower and more consistent latency than a 60Hz one, and the newer SoC has more headroom to hold frame-pacing under load. Neither device is a substitute for original hardware or a CRT for frame-perfect trick timing, and a serious runner will still verify timing against console, but for practice runs the Pocket 6 is the better tool. The co-op scenario — two players, one screen, or the handheld thrown to a TV — leans on the video-out row. Both devices output over USB-C; the Pocket 6 does native 4K60 over USB 3.1, the Pocket 5 does 4K30 (4K60 via its dock). For couch multiplayer on a big screen the Pocket 6 is cleaner, but the Pocket 5’s output is real and functional, whatever the marketing implies.

The commuter

The mobile player — airports, trains, the twenty-minute window — is where the Pocket 6’s two most underrated upgrades earn their keep: brightness and charging. The 550-nit panel is legible in situations that defeat the 5’s 400 nits, and the 27W fast charging (25-26W in real testing) means a coffee-stop top-up actually returns meaningful playtime, where the Pocket 5’s standard charging does not. The 6000mAh cell also simply lasts longer — the manufacturer figure is about 6 hours average against the 5’s 5, and in practice you are looking at roughly 4.5 hours of mixed GameCube/PS2 emulation, 8-10 hours of light SNES and GBA, and 2.5-3 hours at full tilt. The Pocket 5, by contrast, taps out around three and a half hours under heavy emulation. For the commuter who runs demanding cores away from an outlet, that combination — brighter screen, longer battery, faster refill — is the most defensible reason to pay for the newer device.

The Money: A Moving Target

Preorder, launch, hike

The Pocket 6’s price is not a number; it is a timeline. Preorders in late October 2025 opened at $209 for the 8GB/128GB base and $259 for the 12GB/256GB tier. Wide retail set those at $229 and $279 respectively. Then, on March 2, 2026, Retroid raised the 8GB base by $15 to an effective ~$244 and discontinued the 12GB/256GB configuration outright, citing, in Retroid’s own words, “significant changes in the global memory market, including ongoing shortages and sharply rising costs for both RAM and storage.” Android Authority’s Andy Walker got the blunter version: the memory surge had reached “a level that we are unfortunately unable to absorb.” A 12GB model returned in June 2026 — this time as 12GB/128GB at $279. The Gadgeteer confirmed the base sitting at $244 four months in, and the full discontinuation is documented at Notebookcheck and Android Authority.

Then the Pocket 5 got its own hike

Here is the twist that scrambles the whole comparison. In mid-July 2026, Retroid did the same thing to the two-year-old Pocket 5: it moved the base to 12GB of RAM and raised the price $10, effective after July 14, taking the Pocket 5 to $209 (its Flip 2 sibling to $219). Buyers with unfulfilled 8GB orders got a free upgrade to 12GB for a limited window. Engadget’s framing is the definitive one — “AI companies’ demand for memory has prompted component makers to radically hike their prices” — and Steam Deck HQ’s Shawn Wilkins put the industry read plainly: “The increasingly difficult RAM shortage continues to impact hardware companies across the industry.” The upshot is that in mid-2026 the Pocket 5 costs $209 with 12GB, and the Pocket 6 base costs $244 with 8GB. The old device now out-specs the new one’s entry model on the exact axis — memory — that started this whole crisis.

What you actually pay in mid-2026

Strip the history away and here is the buyer’s grid as it stands:

The practical gap between the devices you can actually buy is $35: a 12GB Pocket 5 at $209 against an 8GB Pocket 6 at $244. That is a far tighter contest than the launch-day $199-versus-$229 framing, and it is the number the title of this review is built on.

The Field: Odin, Deck, and the Rest

The table

Neither Retroid exists in a vacuum — a point Phil Retro of HandheldRank made about the Pocket 5 with the line, “The problem isn’t the device; it’s the neighborhood it lives in.” Here is the neighborhood in mid-2026.

The Odin 2 Portal problem

The most inconvenient competitor is AYN’s Odin 2 Portal. Its base sits around $249 — within a few dollars of the Pocket 6 — and it carries the same Snapdragon 8 Gen 2, but wraps it in a larger 7-inch 1080p 120Hz OLED and a substantially bigger 8000mAh battery. If raw emulation-per-dollar were the only axis, the Portal makes the Pocket 6 look small in both senses. What the Pocket 6 counters with is pocketability — it is a genuinely one-hand, jacket-pocket device where the Portal is a two-hand slab — and Retroid’s more mature software and firmware cadence. Which one wins is a form-factor argument, not a performance one, and that is worth saying out loud because most Pocket 6 reviews quietly avoid the Odin comparison.

The Deck is a different animal

The Steam Deck OLED gets dragged into these comparisons and should not be, at least not straight. It is an x86 PC that runs a desktop-class OS, plays your actual Steam library natively, and emulates everything a Snapdragon handheld does and then some — but it is more than three times the price after its May 2026 hike to $789, more than twice the size, and overkill for someone whose ceiling is GameCube. If you want native PC gaming, buy the Deck; if you want a pocket emulation machine, the Retroids are the correct category. For the bargain end of that category — the sub-$100 Linux handhelds — the calculus is different again, and worth reading in our Miyoo Mini Plus versus RG35XX comparison, where firmware quality beats raw specs. And if your interest is period-correct fidelity rather than convenience, an FPGA box like the Analogue 3D answers a different question than any of these do.

Who Should Buy Which

Buy the 6 if...

The Pocket 6 is the right device for the person whose library lives in the sixth generation. If your want-list has GameCube, Wii, or a serious quantity of PS2 on it, the $35 premium is not a premium at all — it is the price of the games actually running well, and you will hit the Pocket 5’s ceiling fast enough that the saving evaporates in frustration. Retro Game Corps’ Russ put the value case cleanly: “Even at $245 it’s the most affordable Snapdragon 8 Gen 2 handheld on the market.” It is also the pick for the commuter who values the brighter screen and fast charging, and for anyone who wants a device with more headroom to age gracefully as emulators improve.

Buy the 5 if...

The Pocket 5 is the smarter buy for a larger group than the internet admits. If your ceiling is PS1, PSP, Dreamcast, or anything below — which is to say, most people, most of the time — the 865 is fully sufficient, and at $209 with 12GB of RAM the device is a bargain that happens to out-spec the Pocket 6’s base model on memory. It is also the pick for the buyer who values a lighter device (280g against ~320g) and does not care about 120Hz or 4K60 output. Phil Retro’s verdict holds: “In a vacuum…still a fantastic gaming machine.” The vacuum is the catch — but if the neighborhood does not bother you, the house is good.

Buy neither if...

Some buyers should walk past both. Here is the honest recommendation set:

• The 16-bit purist who only wants SNES, Genesis, and GBA should buy a $90 Linux handheld and pocket the difference; a Snapdragon 8 Gen 2 emulating Chrono Trigger is a jet engine on a bicycle.
• The native-PC gamer who wants a real Steam library should buy the Steam Deck OLED and accept the size and the price.
• The bigger-screen emulation buyer who does not need pocketability should cross-shop the AYN Odin 2 Portal, same chip, larger panel, larger battery.
• The fidelity obsessive who cares about lag-free, period-correct output should look at FPGA hardware rather than any Android emulation box.
• The completionist with a PS2 backlog should buy the Pocket 6 and not agonize over the $35; it is the cheapest device that does the job well.
• The gift buyer on a budget should buy the $209 Pocket 5, which will delight anyone who is not already deep enough in the hobby to know what a resolution multiplier is.

A Note on the Law

Connectix, and why emulators are legal

Since these devices ship as blank Android slates and it is you who supplies the software, it is worth stating what is and is not settled. The emulators themselves — Dolphin, PCSX2, the RetroArch cores — are legal, and this is not a gray area. The controlling authority in the United States is Sony Computer Entertainment, Inc. v. Connectix Corp., 203 F.3d 596 (9th Cir. 2000), in which the Ninth Circuit held that reverse-engineering a console’s BIOS to build an emulator was fair use, calling Connectix’s Virtual Game Station “modestly transformative.” The full history is on Wikipedia’s Connectix page. Writing an emulator is protected; distributing one is protected. That part is done.

The ROM asterisk

What the law does not bless is the part everyone actually does: downloading ROMs and BIOS images you do not own. Copyright in the games is entirely separate from the legality of the emulator, and a console’s BIOS — required by accurate PS1 and PS2 emulation — is itself copyrighted code. There is no “I own the cartridge somewhere” exemption that a court has endorsed, and the widely repeated “24-hour rule” is folklore, not statute. The Machine is not here to police your microSD card, only to be precise: the device is legal, the emulator is legal, and the contents of your ROMs folder are between you and the relevant rights-holders.

Dumping your own

The clean path, if you want one, is to dump the games you physically own. That is what cartridge and disc dumpers are for, and it is the only route that keeps the whole chain on the right side of the line. We walk through the cartridge side of it in our guide to dumping your own carts and saves. For the deeper history of how this hobby, its emulators, and its legal fights actually evolved, the Digital Antiquarian is the best long-form chronicle of computing and gaming history on the web, and better company than another spec sheet.

Pros, Cons, and the Ledger

Pocket 6: pros and cons

The ledger on the newer device is lopsided in its favor, with real caveats.

• Pro: ~70% single-core uplift (Geekbench 6: 1,985 vs 1,176) and roughly 2x GPU — the difference between grudging and good PS2/GameCube.
• Pro: 120Hz, ~550-nit AMOLED; the brightest, smoothest screen Retroid ships in this size.
• Pro: 6000mAh with 27W fast charging — longer runtime and, finally, a quick top-up.
• Pro: Native 4K60 over USB 3.1, Wi-Fi 7, configurable D-pad/stick layout at checkout.
• Con: Price and configuration chaos — base up to $244, the good 12GB/256GB tier killed, a 12GB/128GB revival at $279.
• Con: Heavier at ~320g, and — Saltalamacchia’s knock — “played it too safe,” with nothing unique for a $250 device.

Pocket 5: pros and cons

The older device’s ledger is the story of a machine that aged into a bargain and then got a mid-life bump.

• Pro: $209 with a mid-2026 upgrade to 12GB of RAM — more memory than the Pocket 6’s base model.
• Pro: Flawless up to PS1/PSP/Dreamcast; the mature 865 driver stack is rock-solid.
• Pro: Lighter (280g) and, whatever the marketing says, it does have DisplayPort video-out.
• Con: 60Hz, ~400-nit panel and no fast charging — the daily-use upgrades all live on the 6.
• Con: GameCube is a short list and PS2 is temperamental; the sixth-gen ceiling is hard.
• Con: As Phil Retro put it, a “sale-only device…outpaced by its own shadow,” cannibalized by the rest of Retroid’s own lineup.

The Verdict and the Rating

The Pocket 6: 8.5/10

The Retroid Pocket 6 is the best pocket emulation handheld Retroid has made, and the most affordable way onto Snapdragon 8 Gen 2 silicon, and it is also — Saltalamacchia’s word, and he is right — a little dull. It does everything a sixth-generation emulation machine should do, at a resolution and refresh that flatter the games, with a battery and a screen that finally suit life away from a desk. It clears PS2 and GameCube cleanly, sneaks a few Switch titles through the door, and asks a fair $244 for the privilege. What it does not do is surprise you, and at this price a device arguably should. Notebookcheck’s summary is the fairest one-liner: reviews “praise its performance and value, but knock some of its design choices.” It earns an 8.5 out of 10 — a hair above RetroDodo’s 8.4, and docked from higher only by the price chaos and the absence of a single reason to gasp.

The Pocket 5: 7.5/10 with an asterisk

The Pocket 5 is a very good handheld living in a bad decade for prices, and its mid-2026 reinvention — 12GB of RAM at $209 — keeps it improbably relevant. If your library respects the PS1-and-below line, it is arguably the better value in the entire Retroid catalogue right now, out-repping the Pocket 6’s base model on memory for $35 less. What holds it to a 7.5 out of 10 is the ceiling: the moment your ambitions reach GameCube or PS2, the older chip stops being a bargain and starts being a compromise, and the Pocket 6 is right there for a little more. It is a great device the market has quietly obsoleted — still fantastic in a vacuum, as Phil Retro said, and the vacuum is exactly the problem.

The one-line answer

If you play anything past the PlayStation 1, buy the Pocket 6 — the ~70% chip lead is real, the PS2 and GameCube tiers are the whole reason the device exists, and $35 is nothing against a decade of games running well. If your ceiling is PS1, PSP, or Dreamcast, buy the 12GB Pocket 5 at $209, keep the difference, and let the DRAM crisis be somebody else’s problem. Either way you are buying near the top of a price cycle nobody at Retroid engineered and nobody can fix — so buy the one that matches your library, not the one that matches the hype, and do not let anyone tell you the two-year-old machine is dead. It just got a RAM upgrade.