Definitive Guide to Playing Pokémon on the Analogue Pocket
introduction
Some Pokémon games are unique due to their utilization of real-time clock, aka RTC. RTC keeps track of time while you aren't playing, essentially it syncs in-game time with real-time. In-game events/functions such as Pokémon catchability, the Move Tutor, Kurt's Apricorn Pokéballs, certain Pokémon evolutions, berry growth, lotteries, Secret Base battles, etc. depend on RTC. This causes complications depending on what method you're using to play Pokémon games on the Analogue Pocket. Bulbagarden has a nice write up on what time/RTC effects in each generation of Pokémon. Generation 2 is much more dependant on RTC than generation 3, but it's important enough in both generations that I wouldn't consider playing without functional RTC.
optimal play method per game
preface
- See product links & cores / software / firmware for purchase/download links.
- See play methods & pros/cons for pro/cons of each play method.
optimal play methods
- games with RTC
- Silver -> budude's GBC core
- Gold -> budude's GBC core
- Crystal -> budude's GBC core
- Ruby -> EZ-Flash Omega DE
- Sapphire -> EZ-Flash Omega DE
- Emerald -> EZ-Flash Omega DE
- games without RTC
- Red -> budude's GBC core
- Blue -> budude's GBC core
- Green -> budude's GBC core
- Yellow -> budude's GBC core
- Fire Red -> GBA core
- Leaf Green -> GBA core
- interop with Pokémon Stadium
- BennVenn MBC3000
- insideGadgets GBC RTC carts
- interop with Pokémon Pal Park
play methods & pros/cons
There are three methods of playing pokemon on the Analogue Pocket.
-
cores
- pros
- GBC RTC Core
- time is tracked while you aren't playing the game
- sleep/save states are fully functional
- time does not desync with the use of sleep/save states
- basically a flawless implementation
- GBA Core
- sleep/save states are partially functional
- both
- free
- save files are easily accesible for backup
- save data & RTC functionality is not dependant on the finite life of a non-rechargable battery
- cons
- GBA Core
- time is only tracked when playing the game
- time is not re-calculated when sleep/save states are loaded on cores that utilize said functionality
- both
- additional setup required
- incapable of interfacing with some Nintendo hardware/software (N64 Game Pak, Pal Park, etc.)
-
flash carts
- pros
- GBC carts
- save states are partially functional
- EverDrive GB X7 - Time is recalculated when utilizing the cart's internal save state function. However, many users have reported that loading a save state breaks in-game saving.
- EZ-Flash Junior - in-game clock can be reset via manipulation of cart's internal clock
- BennVenn MBC3000 & insideGadgets RTC carts - compatible with N64 Gam Pak for use with Pokémon Stadium 1&2
- GBA carts
- save states are fully functional
- time is recalculated when save states are loaded (always in sync)
- EZ-Flash Omega DE - Mode B allows for use of the Pocket's sleep functionality
- EZ-Flash Omega DE - Mode B allows for interop with Pokémon Pal Park
- both
- much cheaper than authentic carts in the grand scheme of things
- time is tracked while you aren't playing
- easy to replace internal batteries
- save files are easily accessible for backup
- cons
- GBC carts
- GBA carts
- EverDrive GBA Mini X5 - incompatible with Analogue Pocket's sleep feature
- both
- You typically require access to authentic Nintendo hardware to perform updates neccesary for flash carts to function with the Analogue Pocket.
- costs money
- additional setup required
- RTC relies on internal batteries that eventually die
-
authentic cartridges
- pros
- time is tracked while you aren't playing the game
- sleep/save states are partially functional
- no setup required
- interfaces with official Nintendo hardware/software (N64 Game Pak, Pal Park, etc.)
- karts r kool
- cons
- extremely expensive
- time is not re-calculated when sleep/save states are loaded (desync)
- gen 2 cartridge save data is lost when the cart's internal battery dies
- gen 3 cartridge time is no longer tracked when the cart's internal battery dies
- cartridge battery replacement requires soldering
- additional hardware is required to backup save data
relevant cores & surrounding nuance
- There are currently 2 GBC cores & 1 GBA core available for the Analogue Pocket.
- Only 1 of 3 cores currently supports RTC, and it's a GBC core.
- There are no GBA cores that support RTC, so you'll want to use a GBA flash cart. Several are mentioned below.
- I recommend installing all cores using Pocket Sync, but make sure you select the proper GBC core, the one that supports RTC (budude2's core).
- direct links
relevant flash carts & surrounding nuance
preface
- Note that if you're only using the Analogue Pocket, budude's GBC RTC core is the most reasonable option for GB/GBC. You only need a GBC cart if you're interfacing with other hardware.
- GBA flash carts cannot be used to play GBC games without utilizing emulation. This defeats the purpose of FPGA, and games are noticably letterboxed, taking up only a small fraction of the Pocket's display.
- It is likely required that you have authentic Nintendo hardware on hand to perform inital firmware updates. Most carts ship with old firmware that is incompatible with the Analogue Pocket.
- I would argue that the best combination of carts for use with the Analogue Pocket are the BennVenn MBC3000, and the EZ-Flash Omega Definitive Edition. Why? Because this gives you the most compatibility with official Nintendo hardware/software (N64 Game Pak, Pal Park, etc). Functionality with the N64 Game Pak is particularly relevant given the announcment of the Analogue 3D.
Game Boy Color
-
- 3x more expensive than the EZ-Flash Junior, albeit with a superior physical build quality.
- When utilizing the cart's internal save state function, RTC data is recalculated upon loading a state, keeping in-game time in-sync with real time. However, for some users this seems to break the ability to save your game via the in-game saving mechanism.
- When utilizing the Analogue Pockets save state function, in-game time will become desynced with real time (see manually reset RTC data).
- Incompatible with N64 Game Pak, and thus Pokémon Stadium.
-
- !!! important !!!
- an unlisted / hard to find firmware is currently required for the Junior to function with an Analogue Pocket
- this unlisted firmware will cause your Junior to brick / die if you're not using a fast enough micro SD card
- 3x cheaper than the EverDrive GB X7, albiet wtih an inferior physical build quality.
- while time isn't recalculated after loading a save state, the in-game clock can be reset by manipulating the cart's internal clock
- set the internal clock 2 years ahead
- launch your game
- return the Junior's menu by pressing the button in the cart (press on front), or by resetting the cartrige via the anlogue Pocket's menu.
- re-sync the internal clock with real time
- launch your game
- follow the in-game prompts to re-set your in-game clock
- Incompatible with N64 Game Pak, and thus Pokémon Stadium.
-
- Requires BennVenn's Joey Jr, or something comparable (like the GB Operator), to flash games to the cartridge.
- significantly less expensive that insideGadgets offerings
- time is desynced when save states are loaded without use of external applications or in-game exploits (see manually reset RTC data)
- Unlike other carts, there is no SD card, and only one game can be stored on the cart at a time.
- As only one game is loaded at a time, this cart is compatible with the N64 Game Pak / Pokémon Stadium.
-
- Requires BennVenn's Joey Jr, or something comparable (like the GB Operator), to flash games to the cartridge.
- significantly more expensive that BennVenn's MBC3000
- time is desynced when save states are loaded without use of external applications or in-game exploits (see manually reset RTC data)
- Unlike other carts, there is no SD card, and only one game can be stored on the cart at a time.
- As only one game is loaded at a time, this cart is compatible with the N64 Game Pak / Pokémon Stadium.
-
- Does not require an additional cart flashing tool, you can flash games directly via the USB-C port on the card.
- Significantly more expensive that BennVenn's MBC3000 & insideGadgets non "LinkNLoad" cart, but possibly more convenient as an additonal flasher is not required.
- time is desynced when save states are loaded without use of external applications or in-game exploits (see manually reset RTC data)
- Unlike other carts, there is no SD card, and only one game can be stored on the cart at a time.
- As only one game is loaded at a time, this cart is compatible with the N64 Game Pak / Pokémon Stadium.
Game Boy Advanced
-
- 40% cheaper than the EverDrive GBA Mini X5 with similar build quality and more features
- a physical switch on the outside of the cart allows you to enter Mode B / standalone mode
- Allows for use of the Analogue Pocket's sleep functionality.
- Allows for interop with Pokémon Pal Park to transfer Pokémon from gen 3 to gen 4 via a Nintendo DS.
-
- much cheaper than the Omega DE & GBA Mini
- Not compatible with stand alone cart functions, like Pokémon Pal Park.
- Battery is soldered in, making it much more difficult to replace.
-
- 40% more expensive than the EZ-Flash Omega DE with similar build quality and less features
- Not compatible with stand alone cart functions like Pokémon Pal Park.
micro SD cards
- EZ-Flash & EverDrive carts utilize micro SD cards
- both cart manufacturers state that <=32GB must be formatted as fat32
- specificallly EZ-Flash asks that you use a 32KB allocation size
- you can technically use cards greater than 32GB with these carts
- EverDrive GB X7
- EverDrive GBA Mini
- EZ-Flash Omega DE
- note that
- EverDrive requires that cards >32GB remain formatted as fat32. on microsoft windows, this requires a special tool.
- the Omega DE requires that cards >32GB must be formatted as exfat
- It is my recommendation that you use 32GB cards for everything to make things simple, realistically you'll never fill 32GB with GB/GBC/GBA roms.
- As mentioned above the EZ-Flash Junior specifically requires a fast micro SD card to function, the others will benefit from a fast micro SD card as well.
- I recommend this micro SD card
manually reset RTC data
- PKHeX (gen 2&3)
- Some flash carts store their RTC data in a separate file from the save file, you may need to delete the RTC file as part of the RTC reset process.
- steps to reset RTC
- backup save data
- run PKHeX
- load backed up save file
- select the "SAV" tab
- select "Clock (RTC)"
- click "Yes"
- export edited save data to new file (File > Export SAV)
- re-inject your edited save data into your cart/core
- set time when prompted in-game
- gen 2
- in-game exploit
- EZ-Flash Junior
- set the internal clock 2 years ahead
- launch your game
- Return the Junior's menu by pressing the button in the cart (press on front), or by resetting the cartrige via the anlogue Pocket's menu.
- re-sync the internal clock with real time
- launch your game
- follow the in-game prompts to re-set your in-game clock
- rom hacks
- gen 3
- authentic carts - desolder the internal battery, solder in a new one.
- rom hacks
backing up / extracting save data
preface
Note that after you extract your save, it is very likely you mess up your RTC data. See the manually reset RTC data section in this guide to learn how you can reset your RTC data as needed.
cores & flash carts
- As mentioned in the pro/cons section, backing up / extracting save data created by cores & flash carts is trivial.
- It would be impractical to list save locations for all flash carts in this guide, best to refer to the official documentation of the cart you're using. See relevant guides for product documentation, and video guides that should cover this topic.
- Saves created by Cores can be found in the
Saves folder in the root of the Micro SD card in your Analogue Pocket.
retail cartridges
- As mentioned in the pro/cons section, you need additional hardware to backup/extract saves on retail cartridges.
- The two most popular cart/save dumping tools are the BennVenn Joey Jr. and the GB Operator.
- See product links and relevant guides for purchase links and more information regarding these products.
convert save data (Virtual Console)
preface
- there are a couple reasons why you'd want to transfer your save data between your Pocket and your 2/3DS virtual console
- To Capture Celebi in Pokémon Crystal (see acquiring the GS Ball in Pokémon Crystal).
- To transfer Pokémon into Pokémon Home (see interfacing with Pokémon Home).
- To transfer saves into the Virtual Console versions, you'll need a modded 2/3DS running Checkpoint. See relevant guides below for more info.
- See backing up / extracting save data for instructions as to how you acquire your
.sav files.
gen 1
- Simply rename your save
[game name].sav file to sav.dat before injecting it with Checkpoint.
- When you extract your save from the Virtual Console version using Checkpoint, you will need to rename the file from
sav.dat to [game].sav, where [game] is the name of the rom (ie pokemonyellow.sav).
- There appears to be an extra KB of data in Gen 1 Virtual Console saves that prevents them from being loaded in PKHeX. To fix this, you need to load your save file via the Analogue Pocket, and overwrite it in-game. This should recondition the file, making it compatible with PKHeX again.
gen 2
- Generation 2 save files need to be converted when moved between Virtual Console & your Analogue Pocket.
- normal save to Virtual Console converter
- Note that once converted to a VC save, save files will no longer be compatible with PKHeX. Use the next converter to solve this.
- Virtual Console to normal save converter
- After conversion with this tool, you will need to rename the converted save to
[game].sav, where [game] is the name of the rom (ie pokemoncrystal.sav).
acquiring the GS Ball in Pokémon Crystal
- see convert save data (Virtual Console) for more context.
- steps
- save in-front of Lance (doesn't have to be your first time battling him)
- backup your save data
- convert your save data to VC data using this tool
- transfer your save into Crystal Virtual Console edition using checkpoint (see relevant guides)
- defeat lance
- enter the Goldenrod City Pokémon Center
- exit the Goldenrod City Pokémon Center
- receive the GS Ball
- backup your save data using checkpoint (see relevant guides)
- re-convert you save data using this tool
- After conversion with this tool, you may need to rename the converted save to
[game].sav, where [game] is the name of the rom (ie pokemoncrystal.sav).
- re-inject your save into your core/cart
interfacing with Pokémon Home
Note that you can can transfer Gen 4-6 from 3DS into Pokémon Home without using retail cartridges as mentioned in https://github.com/ninbura/pokemon-on-the-Analogue-Pocket/issues/3.
- gen 1&2
- gen 3
- method 1 (authentic carts & EZ-Flash Omega DE only)
- method 2
product links
cores / software / firmware
relevant guides
frequently asked questions
Why do I want to interface my gen 1&2 games with the N64 transfer pack / Pokémon Stadium 1&2?
Pokémon Stadium 1&2 provide these unique benefits
Why can't most flash carts interface with specialized Nintendo hardware/software (Game Pak, Pal Park, etc)?
Most flash carts launch to a menu in-which you first have to select a rom to interact with it. The BennVenn & insideGadgets carts only ever have one game flashed at time. Likewise, the Omega DE has the option (Mode B) to run a single game standalone. This allows these carts to interface with specialized Nintendo hardware/software, as they are viewed as single authentic game by the receiving hardware.
Why can't most flash carts utilize the Analogue Pocket's sleep functionality?
Similarly to my previous answer, only carts that offer a standalone game mode can utilize the Analogue Pocket's sleep functionality. This is because this sleep functionality is really a save state for a specific game in disguise. When you sleep your Analogue Pocket a save state is stored, when you wake your Analogue Pocket it attempts to load that save state. If you're using a flash cart that loads to a menu before it can load a specific game, it's impossible to load a state for a specific game before it is manually selected.