Retroid Pocket 6 vs G2 2026: $244 vs a Dead $219

Here is the structural problem with comparing the Retroid Pocket 6 and the Retroid Pocket G2 in the summer of 2026: only one of them is a product you can actually buy. Retroid discontinued the Pocket G2 on March 16, 2026, at roughly 9 PM Eastern. The store listing read Sold Out within minutes of the announcement, and it has not returned since. The Pocket 6 is still standing, four months into a memory-pricing crisis that ate its cheaper sibling whole, selling for an effective street price of about $244. So this is less a versus and more an autopsy — a survivor leaning over a table, explaining what went wrong with the other guy.

We still get the search traffic, though, because thousands of people bought a G2 in the narrow window it existed, and thousands more are staring at a sold-out listing wondering whether to hunt one down on the secondary market or buy the sibling that lived. This piece answers both questions with numbers, not vibes.

The Verdict, Up Front

We do not bury conclusions here. The Pocket 6 is the machine to buy. It costs about $25 more than the G2's old retail price, it is measurably faster where it counts, and — critically — it runs on silicon the emulation community actually understands. The G2 is not a bad handheld. It is an orphaned handheld, which in this hobby is worse.

The one-sentence answer

If you do not already own a G2, buy the Pocket 6 and stop reading. If you already own a G2 and it runs everything you play, keep it and stop reading. The only people who need the next 6,000 words are the ones deciding whether to chase a discontinued device or upgrade away from one — and for them, the details are the whole story.

Who each device was supposed to be for

Retroid built these as a matched pair, announced within a single day of each other in late October 2025. The Pocket 6 was the higher-end model — Snapdragon 8 Gen 2, 120Hz AMOLED, active fan, 6,000 mAh. The Pocket G2 was pitched as the efficient, lighter, cheaper option: a newer Snapdragon G2 Gen 2, a 60Hz panel, passive cooling, 280 grams. On paper it was a clean good/better split at a $20-$30 gap.

In practice the split never held. As Andrew at Retro Handhelds put it bluntly when the axe fell, “Part of the problem with the Pocket G2 is that it never really seemed to 'fit' anywhere in Retroid's lineup.” It was priced a hair above the older Pocket 5 and a hair below the Pocket 6, delivering neither the value crown nor the performance crown. The comparison site HandheldRank framed the choice with unusual clarity: the Pocket 6 is “the safer long-term bet if you care about Switch and PC emulation,” while the G2 was “the faster way to get a solid handheld in your hands.” That second virtue evaporated the moment Retroid stopped shipping it.

What changed between announcement and now

The brief version of this article that circulates online still describes two live products at similar prices. That article is stale. Between October 2025 and July 2026 the global memory market went sideways — LPDDR5X pricing spiked as fabs shifted capacity toward HBM for AI accelerators — and Retroid responded by raising the Pocket 6's price, killing its 12GB configuration, and then discontinuing the G2 outright. Any comparison that ignores that timeline is comparing a device to a ghost.

Specs, Head to Head

Start with the raw sheet, because the spec table hides one of the more interesting stories in this matchup: on several lines, the cheaper, discontinued G2 has the newer component. Read it carefully.

The full comparison table

The inversions that make this messy

Notice the bold entries on the G2 side. The G2 shipped with Android 15 against the Pocket 6's Android 13. It carries Bluetooth 5.4 against the Pocket 6's 5.3. It is 40 grams lighter and roughly a centimeter shorter in every dimension. The device Retroid killed is, by several objective measures, the more modern chassis. The Pocket 6 counters with newer Wi-Fi (7 vs 6), a faster panel (120Hz vs 60Hz), a bigger battery, and a fan. Nothing here is a clean sweep, which is exactly why the matchup generated so many forum arguments before the market settled it by fiat.

Where the sheet stops helping

The spec table is also where naive comparison ends, because the two most decisive factors in real use — GPU driver maturity and Android app compatibility — do not appear on any spec sheet. The G2's Adreno A22 is a newer part than the Pocket 6's Adreno 740, and in raw synthetic terms it sits only about 8–10% behind. If GPUs ran on synthetics, this would be a close fight. They do not, and it is not. We will get to why in the driver section. First, the reason the G2 is gone at all.

The RAM Crisis That Killed the G2

You cannot understand this comparison without understanding 2026's memory market, because it is the invisible hand that reached in and removed one of the two contestants.

What actually happened, dated

Retroid moved in two steps. On March 2, 2026, the company raised the Pocket 6's 8GB model by roughly $15 and discontinued the 12GB/256GB configuration entirely. Its statement, reported by Andy Walker at Android Authority, was candid: “The recent surge in memory pricing has reached a level that we are unfortunately unable to absorb,” adding that it “cannot continue offering the 12GB configuration at a reasonable price.” Two weeks later, on March 16, the G2 followed the 12GB model into the void. Retroid described it as a temporary discontinuation “due to ongoing fluctuations in memory pricing,” promising to bring it back “when market conditions allow,” and — tellingly — pointed prospective buyers at the older Pocket 5 instead.

GamesRadar summarized the moment with a headline that doubles as the whole macro story: “Weeks after the Steam Deck disappeared, Retroid discontinues Pocket G2 'due to ongoing fluctuations in memory pricing.'” This was not a Retroid-specific stumble. Valve had already pulled Steam Deck SKUs; the same LPDDR shortage that reshaped the Steam Deck's pricing and availability was rolling downhill through the entire handheld category. As Shawn Wilkins at Steam Deck HQ noted at the time, “The increasingly difficult RAM shortage continues to impact hardware companies across the industry.”

Why the G2 specifically got cut

Here the macro story meets the product story. When a company has to trim its lineup under margin pressure, it cuts the model that overlaps everything else. The G2 sat between the Pocket 5 and the Pocket 6 with only a $20 gap on either side. It was, in Andrew's words again, the device that “never really seemed to 'fit' anywhere.” A memory-cost spike does not just make products more expensive; it forces a portfolio to justify every SKU, and the G2 could not. The efficiency-focused middle child was the obvious sacrifice.

There is a preservation lesson buried in this, and it is one The Machine has made before: hardware you can emulate on is a depreciating, discontinuation-prone asset, but the software you dump is forever. If you own cartridges, this is the argument for pulling clean ROMs and battery saves off them yourself while the carts and the readers still exist — the same logic that makes a cartridge-dumping workflow worth thirty minutes of your afternoon. Devices die on a manufacturer's whim. Your dumps do not.

What it means for a buyer today

The practical upshot: the G2 has no MSRP anymore, no warranty pipeline for new units, and no future firmware roadmap of the kind an actively sold device gets. Any G2 you buy in mid-2026 is a secondary-market unit at a secondary-market price, frozen at whatever Android build and driver package it shipped with. The Pocket 6, by contrast, is a device Retroid is still actively selling and patching. In a hobby where driver updates routinely unlock entire emulation tiers, “still supported” is not a footnote. It is the ballgame.

The Silicon: 8 Gen 2 vs G2 Gen 2

Both devices are Qualcomm handhelds, but they are not the same kind of Qualcomm handheld, and the difference is the reason one of them emulates the Nintendo Switch and the other stutters trying.

The Pocket 6's known quantity

The Pocket 6 runs the Snapdragon 8 Gen 2 — the SM8550 “Kalama,” a 4nm N4P part that powered a generation of flagship Android phones. Its CPU is a 1+4+3 arrangement topped by a Cortex-X3 at 3.2GHz, and its GPU is the Adreno 740 running around 680MHz with full Vulkan 1.3. In Geekbench 6 it posts a single-core score near 1,985. That number is worth holding onto: it is roughly 70% faster single-core than the Snapdragon 865 in the outgoing Pocket 5, which we broke down in detail in our Pocket 5 vs Pocket 6 comparison. The 8 Gen 2 is not a novel or exotic chip. It is a known, mapped, thoroughly reverse-engineered quantity, and in emulation that familiarity is a feature, not a boredom.

The G2's newer, stranger chip

The Pocket G2 runs the Snapdragon G2 Gen 2 — one of Qualcomm's dedicated gaming-handheld parts, an 8-core Kryo design clocking up to about 2.8GHz, paired with an Adreno A22 GPU. On synthetic benchmarks it is genuinely close to the Pocket 6: reviewers at Retro Handhelds measured its single-core CPU around 50% ahead of the old Snapdragon 865 and only about 10% behind the 8 Gen 2, with a GPU roughly twice as fast as the 865's and sitting maybe 8–10% behind the Adreno 740. On a spreadsheet, that is a photo finish.

The catch is that the G2 Gen 2 is, as HandheldRank put it, “a brand new, gaming-focused chip that almost nobody has access to yet.” Qualcomm's G-series parts ship in a handful of niche handhelds; they do not have a decade of flagship-phone deployment behind them. That scarcity is the fault line this entire comparison eventually cracks along.

Why raw parity is a trap

Here is the deadpan truth about handheld emulation silicon: the benchmark that matters is not the one Geekbench runs. It is whether the specific GPU in front of you has a mature, open-source Vulkan driver. The 8 Gen 2's Adreno 740 does. The G2 Gen 2's Adreno A22 mostly does not. Two chips that trade blows in synthetics can live in completely different worlds once you ask them to run a demanding emulator core, because one of them can lean on years of community driver work and the other is stuck with whatever the vendor shipped. We will now watch that abstract point turn into concrete frame rates.

Benchmarks, System by System

Numbers, from people who ran the hardware. Where the two devices land depends entirely on which console you are emulating, so we will walk up the difficulty ladder.

Everything through the sixth generation: a tie

For the bread-and-butter of retro handhelds — NES, SNES, Genesis, Game Boy through GBA, PlayStation 1, and the arcade back catalog — these two devices are indistinguishable in the way a Ferrari and a Lamborghini are indistinguishable in a school zone. Both obliterate the workload. Brandon Saltalamacchia's RetroDodo review, which scored the Pocket 6 an 8.4/10, records PS1, Dreamcast, and PSP all running at roughly 4× native resolution without complaint. The G2 does the same tier just as happily; Noah Kupetsky at Steam Deck HQ clocked PSP at about 4× and another reviewer noted the G2 handling PSP, PS2, and GameCube at native 1080p “without breaking a sweat.” If your library tops out at PS1 and prior, the choice between these two is a choice about price, weight, and battery, full stop.

PS2, GameCube, and Wii: the Pocket 6 pulls ahead

Climb to the sixth-generation heavyweights and the fan starts earning its keep. On the Pocket 6, reviewers report GameCube running at 3× native resolution — enough to make the genuinely hard cases sing. The canonical torture test here is F-Zero GX, Sega Amusement Vision's 2003 Triforce-derived speed demon, long regarded by the emulation community as the hardest GameCube game to run correctly; the Pocket 6 handles it, along with Rogue Squadron, the other perennial GameCube benchmark. PS2 lands at 1.5–2× native on the Pocket 6, with heavier titles like God of War II pushing around 2.5× and Gran Turismo 4 playable with minor tweaks. Wii is practical: Super Mario Galaxy, Xenoblade Chronicles, and Donkey Kong Country Returns all run.

The G2 is competent here but a step behind on the demanding end. Kupetsky's testing put G2 PS2 at around 2.5× — respectable — while flatly noting that PS3 emulation was “not enjoyable” (a verdict that applies equally to the Pocket 6; neither device is a seventh-gen machine, and anyone who tells you RPCS3 or Xbox 360 emulation runs well on either is selling something). The gap in this tier is real but modest. It is the next tier where the two devices stop being comparable.

Switch: not close

Nintendo Switch emulation is where the driver story becomes a frame-rate story, and HandheldRank did not hedge: “The RP6 wins here, and it's not close. The Snapdragon 8 Gen 2 has years of driver optimization from the Android phone ecosystem (Turnip Drivers).” The Pocket 6 runs select Switch titles playably; the G2 fights its own GPU. The site's summary of the whole matchup reduces to one sentence: “Demanding games that stutter on the G2 will hit better framerates on the RP6.” That is the benchmark that decides this comparison for anyone whose ambitions reach past the PS2.

A note on “accuracy”

Emulation accuracy — how faithfully a core reproduces original hardware timing — is a property of the emulator, not the device. But accuracy costs cycles: the more cycle-accurate PS1, SNES, or NES cores are heavier than their speed-focused counterparts. More CPU headroom means you can afford the accurate core instead of the fast-and-loose one. Here the Pocket 6's ~10% single-core lead and its thermal headroom quietly compound, letting it run heavier, more accurate cores at full speed where the G2 would need you to drop to a lighter option. It is a small advantage that shows up everywhere.

The Driver Problem

This is the section the spec sheet cannot write, and it is the most important one in the article. Everything above — the near-parity in synthetics, the sudden chasm in Switch — resolves here.

Turnip, and why it matters

Turnip is the open-source Vulkan driver for Adreno GPUs, developed under the Mesa project. On Android emulation handhelds it is frequently the difference between a game that glitches on the manufacturer's stock GPU driver and a game that runs clean. The Pocket 6's Adreno 740 has mature, well-tested Turnip support, inherited from years of the 8 Gen 2 living in millions of phones. The G2's Adreno A22 does not. As HandheldRank put it, the 8 Gen 2 has “years of driver optimization from the Android phone ecosystem,” and “the G2's newer GPU lacks that maturity.”

The catch-22

The trap the G2 falls into is genuinely elegant, in the way that only bad news is elegant. On stock GPU drivers, demanding cores — Switch emulators especially — glitch. The normal fix is to swap in Turnip. But Turnip for the A22 is immature, and running the immature build tends to tank performance rather than restore it. So the G2 owner is caught: the stock driver glitches, and the community driver that would fix the glitch is not ready for this chip. The Pocket 6 owner simply installs a mature Turnip build and moves on. Two devices with nearly identical GPU horsepower, and only one of them can actually spend it.

It is not just emulators

New-silicon tax extends past emulation into ordinary Android. Because the G2 Gen 2 is an unusual, low-volume part, some mainstream Android apps and games simply refuse to run on it. HandheldRank's list is memorable for its bluntness: “some major Android apps straight-up don't work. Netflix games? Nope. Certain big Android games? Nope. Fortnite? Nope.” If you intend to use one of these devices as a general Android tablet-in-miniature — streaming, cloud gaming, the odd native mobile title — the Pocket 6's flagship-phone SoC is compatible with the world, and the G2's is compatible with a subset of it. This, more than any single frame-rate chart, is what “safer long-term bet” means.

Display, Battery, and Build

The chips decide the ceiling; the chassis decides how the thing feels in your hands for four hours. Here the G2 finally lands some hits.

The panels: same size, different speed

Both devices carry a 5.5-inch 1920×1080 AMOLED, and both panels are genuinely excellent. Saltalamacchia called the Pocket 6's screen the standout feature, writing that “a 5.5″ AMOLED display makes the device feel incredibly modern” and, of the panel specifically, that it is “beautiful… one I simply cannot fault.” The difference is refresh rate: the Pocket 6 runs the panel at 120Hz, the G2 at 60Hz. For emulation up to the sixth generation, most of which was authored at 30 or 60fps, 60Hz is entirely sufficient and 120Hz is a luxury. Where 120Hz earns its keep is in Android UI fluidity, high-frame-rate native games, and the handful of emulated titles that can exceed 60fps. It is a real advantage; it is not a decisive one.

Battery and cooling: a genuine trade

The Pocket 6 packs a 6,000 mAh cell against the G2's 5,000 mAh, and adds an active fan the G2 lacks. But that bigger battery is feeding a hungrier chip, a faster panel, and a fan motor, so it does not translate into proportionally longer runtime. Real-world Pocket 6 figures land around 4.5 hours of mixed emulation, 8–10 hours on light SNES/GBA workloads, and roughly 2.5–3 hours at full tilt on PS2/GameCube. The G2's efficiency pitch is legitimate here: a lower-power SoC and a 60Hz panel mean its smaller battery stretches further per watt on lighter loads, and its passive design runs cool and silent because it is not being asked to sustain the peaks the Pocket 6 chases. The honest framing: the G2 stays cool because it does less; the Pocket 6 stays fast because it has a fan.

Size, weight, and the docking story

The G2 wins portability outright — 280 grams and a smaller footprint (199.2 × 78.5 × 15.6mm) against the Pocket 6's 320 grams and chunkier 210.4 × 86.6 × 17.2mm body. Forty grams and a centimeter is the difference between “fits the small pocket” and “lives in the bag,” and if handheld ergonomics are your priority the G2 makes a real case. The Pocket 6 takes the docking crown, though: its USB-C 3.1 port does DisplayPort out at 4K60, versus the G2's 1080p60 ceiling, which matters the moment you want to run one of these on a TV as a couch console or a desktop-class emulation frontend feeding a big display. Both use hall-effect sticks and analog hall triggers, so neither has a stick-drift or trigger advantage — a genuine wash on the controls.

Pricing and Availability

This is where the comparison stops being about hardware and starts being about a market that is actively on fire.

The pricing table

Reading the timeline

The Pocket 6's 8GB model opened at $209 in preorder, settled to $229 at retail, and then took a roughly $15 bump on March 2, 2026, landing at an effective street price near $244 (some listings show $249). The Gadgeteer confirmed the figure in a June 12, 2026 check-in titled, plainly, “Retroid Pocket 6 Is Now $244, Four Months In,” and a March 2026 hands-on review clocked a unit at $259 (about €219 at the time) as prices drifted upward. The 12GB/256GB model was discontinued the same March day the 8GB got its hike, then quietly reissued in June as an asymmetric 12GB/128GB “stick-up-top” layout at $279. The G2 opened at $199, settled to $219, and then vanished entirely on March 16.

What the survivor is worth

The value verdict comes from Russ at Retro Game Corps, who put the Pocket 6 in category context: “Even at $245 it's the most affordable Snapdragon 8 Gen 2 handheld on the market. The 12GB RAM model provides more headroom for PC gaming, and it's a bummer that it's discontinued.” That is the crux. The Pocket 6 is not cheap in absolute terms — it is up against the older Pocket 5 at $199 and the Odin 2 Portal at $249 — but it is the price floor for its specific silicon tier. The G2, at its old $219, was never far enough below that floor to justify its compromises, which is precisely the pricing squeeze that killed it.

Which One Fits Your Shelf

Enough abstraction. Here are the concrete buyer profiles, because “best handheld” is a meaningless phrase and “best handheld for what you actually do” is the only useful question.

Profiles where the Pocket 6 is correct

1. The Switch-and-up emulator. If your want list includes Nintendo Switch titles, GameCube's hardest cases, or aspirational PC streaming, the Pocket 6 is the only rational pick. This is the exact scenario HandheldRank flagged as the “safer long-term bet,” and the driver maturity gap makes it not close.

2. The docked couch-console owner. Want to drop the device in a dock and push emulation to a 4K TV? The Pocket 6's 4K60 DisplayPort output and active cooling make it the living-room device. The G2 caps at 1080p60 and has no fan to sustain a long docked session.

3. The buyer who wants a warranty and a future. If “the manufacturer still sells and patches this” matters to you — and after reading the driver section it should — the Pocket 6 is a supported product and the G2 is an orphan. Future firmware and driver updates only land on devices a company still ships.

Profiles where the G2 still makes sense

4. The pocket-first PS1/PSP purist who finds one cheap. If your library genuinely stops at the PSP/PS2 line, you value 40 grams of pocketability, and you find a G2 on the secondary market well under $200, it is a fine machine for that job. Kupetsky's one lament was that it was “let down only by the next handheld coming so soon” — which is to say the hardware was never the problem.

5. The silent-operation sleeper-car sicko. Passive cooling means the G2 makes zero noise, ever. For late-night, in-bed, everyone-else-asleep retro sessions on 2D and PS1-era content, a fanless device has a real, specific appeal the Pocket 6 cannot match.

Profiles where you should buy neither

6. The 2D-only minimalist on a budget. If you only play NES, SNES, Genesis, and Game Boy, you are wildly overspending on either of these. A $54 Miyoo-class device does that job; our Miyoo Mini Plus vs RG35XX breakdown covers the genuinely cheap end. Spending $220–$250 to play Chrono Trigger is a decision, not a requirement. Buy the power tier only if you need the power.

Migrating From a G2 to a Pocket 6

If you own a G2 and are upgrading — or you got burned by the discontinuation and are jumping ship — moving your library across is mechanical, not magical. Both devices run Android, so your saves, states, and ROMs transfer with a file copy. The gotchas are in the details.

Step one: back up before you touch anything

Pull the data off the G2 first. Connect it to a computer over USB (enable file transfer in the notification shade) or eject the microSD and read it directly. The folders that matter live in Android internal storage and on the card. The exact paths vary by emulator and by whether you used RetroArch or standalone cores, but the map looks like this:

# Android internal storage / SD — copy these BEFORE you wipe the old device
/storage/emulated/0/RetroArch/saves/     # .srm battery saves (SNES, GBA, Genesis...)
/storage/emulated/0/RetroArch/states/    # save states — see version warning below
/storage/emulated/0/RetroArch/system/    # BIOS files: scph*.bin, gba_bios.bin, etc.
/storage/emulated/0/Android/data/<aethersx2-or-nethersx2>/  # PS2 memory cards + INI
/storage/emulated/0/Dolphin/             # GameCube/Wii saves (GCI/raw) + configs
/storage/emulated/0/PSP/SAVEDATA/        # PPSSPP save data
# ROMs live wherever you put them — usually /storage/<sdcard>/Roms/

Step two: understand what transfers cleanly and what does not

Sort your backup into three tiers by how safely it moves:

1. Battery saves (.srm) and in-game saves: These are the real saves — the ones the original games wrote to cartridge SRAM or memory card. They are emulator-agnostic and transfer perfectly. This is your priority tier.
2. BIOS and firmware files: Copy them straight over. A PS1 BIOS is a PS1 BIOS regardless of device.
3. Save states: These are RAM snapshots tied to a specific emulator version and sometimes a specific GPU driver. A state made on the G2's stock driver may not reload on the Pocket 6's Turnip build. Do not rely on save states for the migration — use them to reach a natural in-game save point on the G2, write a real save there, and let the real save make the trip.

Step three: rebuild on the Pocket 6

On the new device, install your frontend (RetroArch, standalone cores, or a launcher like ES-DE), then drop the ROMs, saves, BIOS, and configs into the matching folders. Reinstall the mature Turnip driver for the Adreno 740 while you are in there — it is the single biggest reason you upgraded, so do not skip it. Then confirm each system boots and each save loads before you retire the G2. A migration is not done when the files are copied; it is done when a save you care about has loaded on the new hardware.

Pros and Cons

The full ledger for each device, stated plainly.

Retroid Pocket 6

Retroid Pocket G2

The asymmetry in the ledgers

Read the two tables side by side and the shape of the decision emerges. The Pocket 6's cons are inconveniences — a bit heavier, a bit pricier, an older Android build. The G2's cons are structural — discontinued, driver-starved, app-incompatible on the exact workloads that separate a $220 device from a $54 one. Ban at Retro Handhelds compressed the whole ledger into six words in his review: “If it were my money, would I buy the G2? No.” That was written while the device was still for sale. It has not aged in the G2's favor.

The Final Call

We opened with the verdict; we close by showing our work and drawing the decision tree.

The recommendation, restated with data

Buy the Retroid Pocket 6. It is faster where speed is scarce (Switch, hardest-case GameCube, heavy PS2), it runs on silicon with mature open-source drivers, it outputs 4K60 for docked play, and — the argument that outlives every benchmark — Retroid still sells and patches it. It costs about $244, which Retro Game Corps correctly identifies as the price floor for its silicon class. Its flaws, per RetroDodo's 8.4/10 review, are aesthetic and conservative: “a Perfect, Yet Slightly Dull Android Handheld” that “played it too safe to turn heads,” where “a $250 device should have something unique.” Dull is a survivable sin. Discontinued is not.

The decision tree

Do you already own a working Pocket G2?
 |
 +-- No  --> Buy the Pocket 6 (~$244). The G2 is discontinued;
 |           don't pay a scalper premium for an orphaned device.
 |
 +-- Yes --> Does it run everything you actually play?
              |
              +-- Yes --> Keep it. It owes you nothing. Dump your
              |           carts and enjoy the silent fanless sessions.
              |
              +-- No  --> Switch fails? Heavy PS2 stutters? Apps missing?
                          --> Upgrade to the Pocket 6 and install Turnip.

The larger point

None of this hardware is illegal to use, and it is worth saying so in a hobby that still gets nervous about the word “emulator.” The legality of emulating consoles you can no longer buy was settled a quarter-century ago in Sony Computer Entertainment v. Connectix, 203 F.3d 596 (9th Cir. 2000), where the court found reverse-engineering a console's BIOS to build an emulator “modestly transformative” and protected. The devices are clean. The ROMs you dump from your own cartridges are clean. What is not durable is the hardware itself: as the G2 demonstrated in a single evening in March, a device you can buy today is a device a manufacturer can delete tomorrow when the memory market turns. Phil Retro's line about the older Pocket 5 applies to this whole category: “The problem isn't the device; it's the neighborhood it lives in.” Buy the survivor, dump your saves, and expect the neighborhood to keep changing. It always does.

Sources: HandheldRank's direct RP6-vs-G2 comparison; Brandon Saltalamacchia's RetroDodo Pocket 6 review (8.4/10); Noah Kupetsky's Steam Deck HQ G2 review; Ban's Retro Handhelds G2 review; and Android Authority's coverage of the Pocket 6 price hike and the G2's discontinuation.