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

There are two ways to lose a hardware comparison. The first is to be slower, dimmer, and shorter on battery than the thing you are measured against. The second is to not exist. The Retroid Pocket G2 pulls off the rare trick of losing on the second count while very nearly winning on the first, and that single fact reorganizes everything below it. As of this writing, in August 2026, the G2 has been discontinued for roughly five months. You cannot buy one new. The comparison you came here for is, in the most literal sense, between a handheld and a memory.

We are going to run it anyway, because the spec sheets that keep surfacing this matchup are not wrong about the hardware. They are just missing the one line that matters most. So this is both a comparison and a coroner's report: what the two devices are, how they differ down to the driver stack, and why the cheaper one on paper is the one you should not go looking for.

The Short Version

If you read one section, read this one. Everything after it is receipts.

The one-sentence answer

Buy the Retroid Pocket 6. It costs $244, it is in stock, its Snapdragon 8 Gen 2 has half a decade of Android driver work behind it, and it does everything the G2 does plus the workloads the G2 chokes on. The G2 was a genuinely good handheld — lighter, silent, cheaper by about $25, running a newer build of Android — and none of that survives contact with a checkout page that returns "Sold Out."

Why this comparison is already rigged

On March 16, 2026, at 9 PM Eastern, Retroid discontinued the Pocket G2 and the store listing went to "Sold Out" within minutes. The stated reason was "ongoing fluctuations in memory pricing" — the same 2026 DRAM crunch that has been chewing through the entire handheld market as fabs divert LPDDR5X capacity toward high-bandwidth memory for AI servers. GamesRadar summarized it with a headline that doubles as an epitaph: "Weeks after the Steam Deck disappeared, Retroid discontinues Pocket G2 'due to ongoing fluctuations in memory pricing'." Retroid's own recommendation to disappointed buyers was not the Pocket 6. It was the older Pocket 5, which tells you how tight the supply picture had become.

What the spec sheets get wrong

Two smaller corrections, because the aggregator pages that keep pairing these devices repeat them. First, the launch-date gap is a mirage. You will see the Pocket 6 dated "January 2026" and the G2 dated "October 2025," implying a full quarter of separation. In reality the two went up for pre-order one day apart — the Pocket 6 on October 27, 2025 and the G2 on October 28, 2025 — and the January date is merely when wider retail units shipped. Second, the glossy "12GB RAM, 256GB storage" Pocket 6 that shows up on some 2026 retail pages is itself a discontinued configuration; Retroid killed the 12GB/256GB SKU on March 2, 2026 and only brought a 12GB model back in June as a storage-halved 12GB/128GB "stick." The device you can actually buy at $244 is the 8GB/128GB base. Hold those two facts; they matter later.

The Spec Sheet, Line by Line

Here is the full accounting. Note the inversions — this is not a clean "newer beats older" story, and pretending it is does neither device justice.

The table

Where the Pocket 6 wins outright

Read the table top to bottom and the Pocket 6 takes the categories that decide performance: a mature GPU with a mature driver stack, a 120Hz panel instead of 60Hz, a 20% larger battery with 27W fast charging the G2 lacks, 4Kp60 external output against the G2's 1080p ceiling, Wi-Fi 7, and — while it lasted, and now again in reduced form — the option of 12GB of RAM for PC-emulation headroom the G2 never offered. These are not close calls. They are the reasons the device costs more.

Where the G2 wins, and why it doesn't matter

Give the G2 its due. It ships a newer Android (15 versus 13), a newer Bluetooth radio (5.4 versus 5.3), a lighter and physically smaller body (280g and 199mm tall against 320g and 210mm), and total silence from passive cooling where the Pocket 6 spins up an audible fan under load. It is also $25 cheaper on paper — a European aggregator (Retro Ready) framed the Pocket 6 as roughly EUR30 dearer. Every one of those advantages is real. Every one of them is also attached to a device you can no longer purchase, which is the kind of caveat that eats the rest of the sentence.

Two Snapdragons, One Driver Problem

The entire comparison lives here. The two devices are closer in raw silicon than their price gap suggests, and further apart in usable performance than their benchmarks suggest. The reconciling variable is not clock speed. It is drivers.

Snapdragon 8 Gen 2: a known quantity

The Pocket 6 runs the Snapdragon 8 Gen 2 — Qualcomm's SM8550 "Kalama," a 4nm N4P part with a Cortex-X3 prime core at 3.2GHz, four A715 performance cores at 2.8GHz, three A510 efficiency cores at 2.0GHz, and an Adreno 740 GPU clocked near 680MHz with Vulkan 1.3. This is a flagship phone chip from a generation that shipped in millions of handsets. That pedigree is the point: every emulator author, every Turnip driver contributor, and every Android graphics maintainer has had this exact GPU on their desk for years. When something breaks, someone has already fixed it.

Snapdragon G2 Gen 2: new silicon, no ecosystem

The G2 runs the Snapdragon G2 Gen 2, part of Qualcomm's dedicated gaming-handheld line, pairing a Kryo CPU cluster with an Adreno A22 GPU. On the numbers it is a strong part — Retro Handhelds GG pegged its single-core within about 10% of the 8 Gen 2, and its GPU sits only 8-10% behind the Adreno 740. But it is new, and almost nothing else uses it. HandheldRank's head-to-head put the problem plainly: the G2 uses "a brand new, gaming-focused chip that almost nobody has access to yet." A chip nobody has means drivers nobody has written and app compatibility nobody has tested.

The Turnip driver catch-22

Here is the mechanism that turns an 8% hardware gap into a much larger experiential one. Advanced Android emulation — Switch especially — leans on Turnip, the open-source Mesa Vulkan driver for Adreno GPUs. On the Pocket 6's Adreno 740, Turnip is mature: it fixes the glitches that stock Qualcomm drivers introduce in demanding emulators and it does so without wrecking performance. On the G2's Adreno A22, Turnip is immature, and forcing it can tank framerates rather than raise them. That is the catch-22 — the G2 has nearly the horsepower but not the software to spend it. HandheldRank's verdict on Switch: "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 rot goes past emulators into ordinary apps: on the G2's unfamiliar SoC, some mainstream Android software simply refuses to launch. HandheldRank again, itemizing the casualties: "some major Android apps straight-up don't work. Netflix games? Nope. Certain big Android games? Nope. Fortnite? Nope." If your handheld doubles as an Android device, that list is a problem the spec sheet will never show you.

Benchmarks: What the Numbers Say

Numbers first, interpretation second, because the interpretation is where these two diverge. All figures below come from hands-on reviews and aggregated Geekbench data, not from the manufacturer.

Single-core: the 10% gap

In Geekbench 6 single-core, the Pocket 6 lands around 1,985 — roughly 69% ahead of the previous-generation Pocket 5's 1,176, which is where the "70% faster" framing in our Pocket 5 versus Pocket 6 breakdown comes from. The G2's Snapdragon G2 Gen 2 posts around 1,780, about 50% up on the Snapdragon 865 in the Pocket 5 and, per Retro Handhelds GG, roughly 10% below the 8 Gen 2. Ten percent single-core is not nothing for CPU-bound emulators — PS2 and GameCube cores lean hard on that prime thread — but it is not a chasm either. On paper, the G2 is a competent step behind.

GPU: closer than you would think

The graphics story is the surprising one. The G2's Adreno A22 measures roughly twice the GPU throughput of the Pocket 5's Adreno 650 and sits only 8-10% behind the Pocket 6's Adreno 740. If emulation were purely a raster-throughput problem, the two devices would be near-twins. They are not, and the reason is not on the datasheet. As HandheldRank concluded after weighing the raw specs against the driver reality: "Demanding games that stutter on the G2 will hit better framerates on the RP6." That is two reviewers' worth of the same finding — the numbers are close, the outcomes are not.

What raw numbers hide

The lesson threaded through all three sources — HandheldRank's head-to-head, Retro Handhelds GG's single-core figure, and the hands-on emulation testing below — is that on this pair of devices, benchmark scores under-describe the gap. A 10% CPU deficit and an 8% GPU deficit should predict "slightly slower." What owners actually got on the harder workloads was "noticeably less reliable," because the missing driver maturity does not show up in a synthetic run. If you are buying on spreadsheets, the G2 looks like a bargain. If you are buying on the games that actually stress a handheld, the spreadsheet lied to you by omission.

Emulation, System by System

This is a retro-gaming site, so let us talk about the only benchmark that pays rent: does the game run. We will go from the easy tiers to the ones that separate these devices, and note where each reviewer's hands-on numbers land. A quick legal footnote before the fun, because The Machine reads the reporters: emulation itself is settled law. In Sony Computer Entertainment, Inc. v. Connectix Corp., 203 F.3d 596 (9th Cir. 2000), the Ninth Circuit called a clean-room PlayStation emulator "modestly transformative" and protected it. The hardware is legal. What you load onto it is your affair.

8-bit through PS1, Dreamcast, and PSP: both crush it

Below the sixth-generation ceiling, this is a tie, and a boring one in the best way. NES, SNES, Genesis, Game Boy through GBA — both devices run the entire back catalog at full speed with cycle-accurate cores and never break a sweat, and the Pocket 6 will do it for eight to ten hours on a charge. PlayStation 1, Dreamcast, and PSP all upscale to roughly 4x native on either handheld. Noah Kupetsky's G2 review at Steam Deck HQ clocked PSP at 4x specifically, and reviewer Nick reported the G2 handling PSP, PS2, and GameCube "at native 1080p without breaking a sweat." If your library tops out at the Dreamcast, the G2 was never the wrong choice — it just is no longer a choice. For a machine that only needs to reach this tier, our Miyoo Mini Plus rundown covers the $54 end of the spectrum, and it is genuinely fine up to PS1.

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

Here the driver gap starts to bite. On the Pocket 6, GameCube runs at 3x native resolution — reviewers pushed the genuinely hard cases, F-Zero GX and Rogue Squadron II, and got them stable. F-Zero GX is the canonical torture test for GameCube emulation, a Sega Amusement Vision title on Triforce arcade hardware that punished emulators for a decade; if a handheld holds it at 3x, the GPU pipeline is healthy. Wii is practical on the Pocket 6 — Super Mario Galaxy, Xenoblade Chronicles, Donkey Kong Country Returns all run. PS2 lands at 1.5x to 2x, with God of War II around 2.5x and Gran Turismo 4 playable with minor tweaks. The G2 is no slouch here on paper — Kupetsky measured PS2 at 2.5x — but the Pocket 6's mature drivers make the harder titles more consistent, and RetroDodo's Brandon Saltalamacchia summed up the Pocket 6's showing at this tier as "packs some serious power in a very small formfactor."

Switch and the driver wall

Switch emulation is where the comparison stops being close and starts being lopsided, for every reason laid out in the chip section. The Pocket 6 runs select Switch titles through Turnip-driven cores — driver-dependent, not universal, but real. The G2 glitches on the same content because its Adreno A22 has no mature Turnip build to lean on. HandheldRank's "not close" verdict is the honest one. Both devices, meanwhile, hit the same hard ceiling above Switch: PlayStation 3 and Xbox 360 emulation (RPCS3, Xenia) are a slideshow on either, and Kupetsky flatly called PS3 on the G2 "not enjoyable." Neither of these is a seventh-generation-and-up machine, whatever an over-eager spec page implies. For accuracy purists who find all of this software-emulation business distasteful, the FPGA route exists — our MiSTer Multisystem 2 writeup covers cycle-accurate hardware for people who consider a 2x upscale a moral compromise.

Display, Battery, and the 120Hz Question

The two share a display size and resolution, diverge on refresh, and diverge harder on battery. This is the section where the G2's efficiency-first design philosophy actually reads as a virtue rather than a consolation.

The 120Hz versus 60Hz question

Both panels are 5.5-inch, 1920x1080 AMOLED — sharp, contrasty, the kind of screen Saltalamacchia described on the Pocket 6 as making "the device feel incredibly modern." The difference is refresh: the Pocket 6 runs 120Hz, the G2 caps at 60Hz. Be honest about what that buys you. The overwhelming majority of your retro library is 60fps or lower — a SNES game does not care about 120Hz, and a PS2 game you are lucky to hold at 60. Where 120Hz earns its keep is the Android layer: menus, the frontend, native Android games, and the general feel of the OS. If the handheld is a pure emulation box, 60Hz is a rounding error. If it is also your Android gaming device, 120Hz is a real, daily-felt upgrade — one more line in the Pocket 6's favor for anyone using the thing as more than a ROM launcher.

Battery: 6,000 versus 5,000 mAh

The Pocket 6 carries a 6,000 mAh cell with 27W fast charging; the G2 carries 5,000 mAh with no fast-charge headline. In practice the Pocket 6 returns roughly 4 to 5 hours of mixed PS2/GameCube emulation, 8 to 10 hours on SNES and GBA, and 2.5 to 3 hours flat-out on the heaviest cores. The G2's smaller battery is partly offset by its lower-power chip and 60Hz panel — this is the "efficiency and value" positioning Retro Handheld HQ used to frame it against the more powerful Pocket 6. But 20% more capacity plus fast charging is a hard combination to argue against, and the Pocket 6's fan means it can sustain those heavier loads without throttling into a longer-but-slower session.

Build, weight, and cooling

Physically the G2 is the nicer thing to hold for long stretches: 280g against the Pocket 6's ~320g, and a smaller 199 x 78 x 15.6 mm footprint versus 210 x 86 x 17.2 mm. It is also silent — passive cooling, no fan. The Pocket 6 answers with a copper heat spreader and a centrifugal fan pulling air through a rear intake, which keeps the 8 Gen 2 from throttling but, in the words of one hands-on review, "generates audible noise that users will definitely notice" in its Sport profile. Both devices use hall-effect analog sticks and analog L2/R2 triggers, so drift is a non-issue on either. The Pocket 6 additionally lets you pick your layout at checkout — symmetrical sticks or the left-stick-above-d-pad arrangement — a small nicety the G2 does not match. Weight and silence to the G2; thermal headroom and configurability to the Pocket 6.

The Elephant: The G2 Is Discontinued

We have circled it long enough. The reason this comparison resolves so cleanly is not a benchmark. It is a supply-chain event that removed one of the two contestants from the board.

March 16, 2026: the G2 sells out and stays out

Retroid pulled the Pocket G2 on March 16, 2026, at 9 PM Eastern / 9 AM Beijing, per Retro Handhelds' reporting, and the listing read "Sold Out" within minutes. The company's framing, echoed across Android Authority, Notebookcheck, PocketTactics, and RetroDodo, was that the G2 was "temporarily discontinued" owing to "ongoing fluctuations in memory pricing," to return "when market conditions allow." Five months on, it has not. Retroid's parting advice was to buy the Pocket 5 instead. Retro Handhelds' Andrew offered the structural post-mortem: "Part of the problem with the Pocket G2 is that it never really seemed to 'fit' anywhere in Retroid's lineup" — wedged between the Pocket 5 and the Pocket 6 with too little daylight on either side, it was the obvious SKU to cut when the RAM bill came due.

The RAM crunch that ate the lineup

The G2 did not die alone. The same 2026 memory-pricing spike — LPDDR5X capacity siphoned toward HBM for AI accelerators — reshaped the whole Retroid range within a fortnight. On March 2, two weeks before the G2's exit, Retroid raised the Pocket 6's 8GB model to $244 and discontinued the 12GB/256GB variant outright. Retroid's statement, relayed by Android Authority's Andy Walker, did not hedge: "The recent surge in memory pricing has reached a level that we are unfortunately unable to absorb." Steam Deck HQ's Shawn Wilkins put it in industry terms: "The increasingly difficult RAM shortage continues to impact hardware companies across the industry." The 12GB Pocket 6 later returned in June — but as a storage-halved 12GB/128GB "stick," a compromise rather than a restoration. Retro Game Corps' Russ caught the whole arc in one line: "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." For the wider context of how these SKUs shuffled, our ranking of the 2026 Retroid lineup tracks every price move.

Pricing and availability table

The current state of play, because "cheaper" means nothing if it is not purchasable:

The takeaway is one column wide. The G2's $219 is a historical price for an unavailable device. The Pocket 6's $244 is a live one.

Android 13, Android 15, and LineageOS

This is the one category where the G2 held a durable-looking lead — and where a July 2026 development quietly took it away.

The Android version inversion

It is genuinely odd, and worth sitting with: the G2, running the newer gaming SoC, shipped on Android 15, while the flagship-chipped Pocket 6 shipped on Android 13. The explanation is prosaic — SoC vendors ship the board support package, and the G2's newer chip came with a newer Android base image. For most emulation this is invisible; RetroArch does not care which Android you are on. Where it bites is app compatibility and future-proofing, and on paper the G2's two-version lead looked like the one place its newer silicon translated into a lasting owner advantage. It even paired with a newer Bluetooth stack, 5.4 against the Pocket 6's 5.3.

LineageOS 23.2 changes the math

On July 1, 2026, the Pocket 6 gained official LineageOS support, and it is not a minor footnote. LineageOS 23.2 is based on Android 16 — four full Android releases ahead of the Pocket 6's stock 13, and one ahead of the G2's 15. 9to5Google's coverage flagged "significant performance increases, arguably better battery longevity" from the move. In one stroke the Pocket 6 leapfrogged the G2 on OS version, on a device you can buy, with a community build actively maintained. The G2 is on the LineageOS porting roadmap too — but a port for a discontinued device serves the people who already own one, not new buyers.

Retroid's update track record

Temper the LineageOS optimism with a dose of history, because 9to5Google did: "updates are not something that the company is particularly great at," and "given Retroid's poor history with software updates, you probably won't get many" from Retroid directly. This is the real argument for the Pocket 6 on the software axis — not that Retroid will support it well, but that the mainstream Snapdragon 8 Gen 2 attracts a community that will. That is the same ecosystem-gravity logic as the driver story: the popular, well-understood chip accumulates the software the obscure gaming chip never will. If you want to squeeze the platform hardest, our guide to installing 200+ RetroArch cores is the natural next step on either device.

Who Each One Is Actually For

Enough abstraction. Here is the decision mapped to actual humans and the games they play. Because one device is discontinued, several of these resolve to "the thing you wanted no longer exists — here is the nearest live equivalent."

Buy the Pocket 6 if...

Three profiles point straight at the Pocket 6, no hesitation. The Switch-and-PC-leaning emulator: if your ambition tops out above the PS2 — select Switch titles, aggressive upscaling, anything that needs Turnip — the Pocket 6's mature Adreno 740 drivers are the whole game, and HandheldRank's "not close" verdict is your buying advice. The GameCube/Wii/PS2 enthusiast: 3x GameCube with F-Zero GX holding, practical Wii, PS2 at 1.5-2x with the fan keeping it there — this is the tier the Pocket 6 was built to own. The Android-gaming crossover buyer: if the handheld also needs to run Fortnite, Genshin, or Netflix's game catalog, the Pocket 6's flagship phone chip runs them and the G2's gaming chip refuses several outright. There is also a pure-value case: per Retro Game Corps, the Pocket 6 at $244 is the cheapest Snapdragon 8 Gen 2 handheld you can buy, which is a strange sentence to write about the more expensive device in this comparison and yet here we are.

You would have bought the G2 if... but you cannot

Two profiles genuinely favored the G2, and both are now stranded. The silent, pocketable minimalist who tops out at PS1/PSP/Dreamcast, wants no fan noise, and prizes 280g in the hand over raw power — the G2 was the better-feeling object for that person. The budget-capped buyer who wanted an AMOLED Retroid for $25 less and did not need the Switch tier. For both, the honest 2026 answer is the one Retroid itself gives: buy the Pocket 5. It is silent-ish, cheaper, and in stock, and Retroid nominated it as the G2's official replacement. As Kupetsky wrote in his G2 review, the device was "let down only by the next handheld coming so soon" — a line that reads differently now that the G2 is the one that left first.

Buy neither, and here is when

Two edge cases send you outside this pairing entirely. If your priority is 4:3 retro content and pocketable PS2, the Retroid Nova's 1280x960 4:3 panel is a better-matched screen than either 16:9 device here — RetroDodo scored it 9.7/10 and called it the "endgame" 4:3 handheld. And if you are chasing the tightest possible budget or want cycle-accurate hardware rather than software emulation, the sub-$60 Miyoo Mini Plus and the FPGA-based MiSTer route both sit outside this fight for good reasons. The Pocket-6-versus-G2 question only matters if you specifically want a 5.5-inch AMOLED Snapdragon handheld — and if you do, see the previous two sections, because the answer is the Pocket 6.

Migrating From a G2 to a Pocket 6

Two audiences need this: existing G2 owners stepping up, and buyers who set out for a G2, hit the "Sold Out" wall, and are landing on the Pocket 6 instead. Moving between two Android-based Retroids is mercifully simple, with exactly one gotcha.

Why you would migrate at all

If you already own a G2, you do not have to move — it is a fine machine up to the PS2 tier and it will not stop working because it left the store. Migrate when you want the workloads the G2 cannot reach: Switch, heavy Android games, sustained PS2/GameCube without thermal give, or simply the 120Hz panel and larger battery. If you were a would-be G2 buyer, there is nothing to migrate from; skip to the frontend setup and enjoy starting on the better-supported chip.

Moving ROMs, saves, and states

The mechanics are a straight file copy, either by pulling the microSD or by MTP/adb over USB-C. The one gotcha, bolded because it eats save data: in-game battery saves migrate cleanly; RetroArch save states do not always. A .srm memory-card file or a PS2 memcard is portable. A RetroArch save state is tied to the exact core and platform build that made it, so treat states as disposable and rely on in-game saves for anything you care about. Here is the shape of the move:

# Retroid Pocket G2 to Pocket 6 file migration
# Copy the microSD, or use adb over USB-C.

/Roms/
  psx/    # .chd, .pbp, .m3u
  ps2/    # .iso, .chd
  gc/     # .rvz, .iso
  wii/    # .rvz, .wbfs
  psp/    # .iso, .cso
  snes/   # .sfc, .smc
  ...
/Saves/   # in-game battery saves (portable)
/States/  # RetroArch save states (core-specific -- may not load)

# Pull everything off the G2:
adb pull /storage/emulated/0/Roms ./Backup/Roms
adb pull /storage/emulated/0/RetroArch/saves ./Backup/saves

# Push it to the Pocket 6:
adb push ./Backup/Roms /storage/emulated/0/Roms
adb push ./Backup/saves /storage/emulated/0/RetroArch/saves

Rebuilding your frontend and drivers

Once the files are across, three steps make the Pocket 6 yours. First, install the frontend you prefer — many owners run ES-DE over RetroArch. Second, and this is the payoff for switching chips: install a current Turnip driver for the Adreno 740 so Switch and heavy Vulkan cores actually behave; this is the exact capability the G2 could not offer. Third, rebuild your core loadout — our RetroArch cores walkthrough gets you from empty install to a full stable set in about half an hour. Budget an evening. You will end it on a device that runs everything the G2 did, plus a tier the G2 never reached.

Pros and Cons, No Spin

The scorecards, laid out flat. Notice that the G2's cons column is short on hardware and fatal on availability — which is precisely the shape of this whole comparison.

Retroid Pocket 6 -- pros and cons

Retroid Pocket G2 -- pros and cons

The honest summary

Strip the sentiment and it reads like this: the G2 wins weight, silence, and sticker price, and loses drivers, app compatibility, refresh rate, battery, video output, and existence. The Pocket 6 wins everything that decides what runs, plus the only round that cannot be argued with — you can put money down and receive one. Ban at Retro Handhelds, reviewing the G2 before it died, asked and answered the buyer's question directly: "If it were my money, would I buy the G2? No." That was true when it was $219 and in stock. It is more true now.

The Verdict

A comparison is supposed to end in tension. This one does not, and pretending otherwise would be a disservice to the $244 you are about to spend.

The recommendation

Buy the Retroid Pocket 6. It is the faster device on the workloads that matter, the better-supported device on drivers and OS updates, the only device with a live purchase page, and — against all intuition for the pricier option — the cheapest way into a Snapdragon 8 Gen 2 handheld in 2026. RetroDodo scored it 8.4/10 with the sardonic caveat that "Retroid have played it too safe to turn heads" and "a $250 device should have something unique." That is a fair knock on ambition and a non-issue for value: the Pocket 6 is boringly excellent, and boring-excellent at $244 is the correct purchase.

If you already own a G2

Keep it. A discontinued device is not a broken one, and the G2 remains a lovely PS1/PSP/Dreamcast/2x-PS2 machine that fits the pocket better than the Pocket 6 does. Upgrade only when you want the Switch tier, heavy Android compatibility, or sustained thermals — the reasons in the migration section, not FOMO. And when the LineageOS port lands for the G2, take it; a newer OS base is the cheapest performance you will ever get.

The one-line scorecard

Pocket 6: roughly 8.5/10, and buyable. G2: roughly 8/10, and gone. In hardware terms the gap was always modest — a driver-limited 10% here, a refresh-rate tier there. In practical terms the gap is total, because the market resolved it in March. Phil Retro's line about the older Pocket 5 fits the G2's obituary just as well: "The problem isn't the device; it's the neighborhood it lives in." The G2 lived in a neighborhood the RAM crunch condemned. The Pocket 6 is still standing, still shipping, and still the answer.