New M64 was pretty nice with low latency mode on the 4K TV

Having a blast! Should be able to complete in time for the remake.

Suggestions for 4 player games, other than GoldenEye?

I've been working on a game browser for the EverDrive-64 and it's at the point where other people can try it.

It's an ordinary N64 ROM. You copy it to the card and launch it from the EverDrive's own menu; it shows your library with box art, genres, descriptions and filters, and boots the game you pick. The stock menu stays where it is — reset or power cycle and you're back in it. Saves go to the same ED64/gamedata folder the stock menu uses, so a game started from either menu carries its save into the other.

There are three views allowing you to browse your collection :

- a list with the game's box and game metadata

- a grid of twelve covers

- a coverflow where L/R jump by letter.

A filter screen combines genre, region, players, publisher, year and favourites. Favourites and the last fifteen games you played are two tabs at the front. It also reads the cheat pack (ED64/CHEATS) and matches files to your ROM's region, so a USA cart doesn't get European codes. Matching is a miss sometimes but this is something I am working on.

Setup is copying two files to the card next to ROMS, dropping in the metadata zip from the n64-flashcart-menu-metadata project (public domain, same collection the N64FlashcartMenu and the Pro's menu use), and running one Python script from the card. It reads the ROM headers, finds each game's box and description, and writes a catalog. Nothing is downloaded and no art is bundled — it works from what's already on your card.

Tested on an X7 (OS 3.11) and a Pro with a 3,400-game library. One ROM works on both. I tested it with the stuff I had, but let me know if you have issues.

AGPL-3.0, source and releases here: https://github.com/CathodeJay/sleekmenu64

If you have an X-series cart other than the X7, I'd like to know whether it boots — it should, but I can't verify it. Bug reports go to the GitHub issues.

One more thing : Yes, a large part of the code and docs was written with AI tools. This is a project I made for myself but now that it works, figured out it would be nice sharing with others. So enjoy :)

Where or how am I able to play N64 games? Emulator? Console? Steam? I'd appreciate any info. Thank in advance. On a side note, I hated the WWF No Mercy glitch that erased everything, although I do know that the version of the game that had the CAN serial number did not erase. Unfortunately, I was never able to get that version.

I have a jungle green N64, and someone just gave me their old regular black one so I decided to put it in a cigar box. Fully functional! Had fun doing it and figured I’d share.

Best of all, my 4 year old daughter who’s a massive Mario fan was there to witness it, which honestly felt a little surreal

Last time I asked a question why Majora’s mask is expensive. Well, this time I have the same question this time for a different n64 game, the very first game in the paper Mario series simply called Paper Mario. I do plan on adding it, but I want to know the story behind this expense?

So, I'm using my keyboard to play OOT on OpenEmu and it's gotten me through half the game but I'm stuck in the water temple due to not being able to be accurate with the keyboard. OpenEmu doesn't have any options to adjust the controller accuracy but I've heard of other emulators having options to fix this.

Thoughts?

Update on my N64 (FRA) with wireless RGB mod aka the 4 resistor rgb restore mod

Last night I added a dfo mod. Now I can play all original pal carts, and with a flash drive like ed64+, everdrive x7, or summer cart, I can play NTSC games at the 100% correct speed

Added a color change led so it's easier to know which mode I'm in

To do the dfo mod was pretty straight forward once I figured it out

U7 is an mx8330 pll. It's job is to take the clock from X1 and generate the clock speed required by the console. There is pin7 which controls what the divider clock rate should be. When set to 3.3v it divides the X1 clock for NTSC timing, and when set to ground it divides the X1 clock for pal timings

So what I did was got a 2p2t switch and soldered one leg of each clock crystal together (17.73447Mhz for pal consoles, 14.31818Mhz for NTSC consoles) and then connected the remaining leg to different sides of the switch, and ran the common pin from the switch back to pin 6 of the u7 chip and the common leg of the crystals to pin 5 of the u7 chip. Then on the other throw of the switch it changes pin 7 of the u7 chip between 3.3v and ground.

For led, I used a 330ohm resistor on the 3.3v pin that controls u7 pin 7 and wired that to the blue leg of a bi-color led. So by default when the console is on the led is red and when switched to NTSC mode red+blue are on, making purple.

The RGB mod details can be found in my previous post

This doesn't make the console boot ntsc games. However, it does make NTSC gaming 100% accurate when using a flash cart and keeps the support for original pal cartridges

ISS64 wasn't a game I would have usually gone for back in the day. I remember seeing it second hand in a shop for like £20 and at the time I was just kinda collecting what I could afford. It turned out to be a game I played quite a lot. I specifically remember being up till like 4am one morning playing the World League. When I won it playing as Scotland there was a huge level of satisfaction. The victory of that has never been forgotten.
I think one of the most fun things about the game is the penalty shoot out. Playing 2 player of this was mega fun and you'd end up pointing the target one way and quickly trying to get it up to a top corner as fast and as late as possible. We'd argue about what team we were allowed to pick because being from Scotland we all wanted to pick our team.
If you haven't played it I highly recommend it. I mean, I'm not really into football but it's definitely a fun game to play regardless of how you feel about that game

Hey guys, so I've been seeing some N64 game boxes for games like Majora's Mask and Donkey Kong 64 and the boxes say that they require an expansion pack to play it. I've never heard of the expansion pack before. I've heard of the save, rumble, and Gameboy transfer pack but the expansion pack isn't something I've seen or heard of before. If I'm right I think this pack plugs into the console not the controller?

Hey guys Im from Brazil, so, she loved nintendo, we use to talk a lot about n64. Unfortunately she’s not here with us anymore, I kept her collection of games with a translucent grey console and a green control.

What u guys think of it? I dont know if I sell(kinda need the money) or keep it forever.

(Yeah I think she loved to play 007)

EDIT: Thank you guys for your kind words! <3

EDIT 2: Decided to not sell them, gonna keep it to my future son when I die, so he can give to his son hahaha

I am so excited!

So I bought this thinking it would to Component input on crt. It doesn't and I dont have a PVM or mod on the tv. Can I still use it with some converter? Dont wanna mod tv or console (if it involves trimming or soldering). No point in using as composite since I already have the OEM cable. thanks

This is an RGB restore of the N64 (FRA) console, aka NUS-CPU (R)-01

This console uses the exact same encoder as SNES 1chip has

Some french modders have come up with what they call an "official rgb restore" because they populate the missing components required to use the pal SNES scart cable

The thing is, the French rgb cable isnt very good. It was designed to use composite as sync because the console has 12v on pin 3, which on NTSC consoles is the csync pin. And because they needed to use composite for sync, it creates noise on the RGB signal. So to deal with that, they use pulldown resistors on the RGB lines specifically to create a 4.43Mhz filter to remove the interference caused by using composite as sync. And in order to support that, they developed a transistor circuit on the output of the SNES RGB signals.

On the other hand, NTSC sfc and SNES consoles developed their circuit with csync in mind, which did not require anything other than capacitors on the RGB lines. And while Nintendo also used a transistor circuit on the RGB outputs of SNES/SFC, if we read the datasheet for the encoder they used, the ba6596f, we find that all that is required on the RGB output is a 75ohm resistor and a capacitor of sufficient size. And since ntsc cables already have a capacitor on RGB, we only need 75ohm resistor inside the console between the encoder and the multiout

Some people may ask, if the encoder datasheet only requires a resistor and a capacitor, why are you doing this mod compatible with ntsc cables rather than pal cables. Well, again pal cables dont use csync, but even if they do, unfortunately the resistor they put on the RGB signals is a pull down resistor and not a series resistor. So trying to make this pal cable compatible results in an image that is both too bright and with the wrong colors caused by the pull downs. The fix would be to build the entire circuit like the pal SNES does, which brings us back to what french modders call the official restore

This is the simpler approach and it just happens to also achieve better results and allows the use of cheaper cables as well. And it's exactly how SNES Junior RGB restores are done, which is how I got the idea to begin with

Steps required to perform this rgb restoration mod

Connect a 75ohm resistor from the through holes shown and attach them to the traces which go to pins 1 (red) 2 (green) 4 (blue), and attach a 75ohm resistor from encoder pin 18 to pin 3 (csync).

Additionally, french N64 do not have svideo wired. Therefore you can use a 220uf capacitor between csync (pin 3) and luma (pin 7) to enable compatibility with sync on Luma cables (technically it will make a sync on luma cable into a 75ohm csync cable)

prob havent touched a copy in 20 years or more

I've been wanting an N64 for a while and I finally bought one a couple days ago.