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| 0s | we have so much to talk about today holy |
|---|---|
| 3s | um we're going to talk about |
| 5s | Quantum Tech today we're going to talk |
| 7s | about some stuff that you saw from the |
| 8s | teasa video last week so if you haven't |
| 10s | seen that tea video you should probably |
| 12s | watch it before you watch this video |
| 13s | also want to mention real quick usually |
| 15s | when we make these teasa videos we aim |
| 16s | for like we'll make a teasy video |
| 18s | roughly like a minute or something like |
| 20s | that last week's video was 3 minutes |
| 22s | long uh teaser video which is by far the |
| 26s | longest we've ever done uh but that's |
| 28s | because there's so much cool stuff to |
| 29s | showcase here and uh I can't wait to |
| 32s | talk about this so let's dive into |
| 35s | it so I'd like to start this video by |
| 37s | talking about the end of the tea video |
| 40s | because at the end of the tea video you |
| 41s | saw a little cool thing you saw like a |
| 44s | miner placed on a cerium node uh a pure |
| 47s | coner note by the way and uh what do we |
| 50s | see we saw like a shiny new belt what is |
| 53s | that what could that possibly be all |
| 55s | right uh I'm going to tell you so that |
| 58s | is the Mark 6 belt all right so there's |
| 62s | another version of the conveyor belt the |
| 64s | Mark 6 belt uh a lot of people have been |
| 66s | specul about this like how are we're |
| 67s | going to solve that problem and uh we |
| 70s | were always going to do this we've just |
| 72s | been like lying when we said we didn't |
| 73s | know so yeah we have Mark six belts in |
| 75s | the game and we haven't changed any of |
| 77s | the numbers so on a pure node maybe you |
| 79s | didn't know this but on a pure node uh |
| 82s | when you plac a Mark 3 minor you and you |
| 84s | overclocked it uh fully it would say |
| 87s | that it would output 1,200 resources per |
| 89s | minute um but in actuality there were no |
| 92s | belts in the game that would be able to |
| 94s | support that and now there is and that |
| 97s | comes in the form of the Mark 6 conveyor |
| 99s | belt and here we have it look at that |
| 101s | wow I'm in the game running around um |
| 103s | quick side note I am playing this with |
| 105s | Advanced game settings enabled I have |
| 107s | like I'm I have fly mode on and like uh |
| 110s | there's no power on at the moment as |
| 112s | well so so you won't see that that stuff |
| 114s | I think it's just easier if I have this |
| 115s | on so I can demonstrate all this stuff |
| 117s | um just so you know uh and these are all |
| 119s | settings that you can have in the game |
| 121s | if you didn't know um so if anything |
| 124s | sounds like a little bit out of place |
| 125s | it's probably because I have as on |
| 127s | anyways so yeah here's the Mark 6 convey |
| 129s | Bel look at that wow shiny it even has a |
| 131s | cool lift that looks like this isn't |
| 134s | that awesome and uh yeah it's |
| 136s | transporting uh 1,200 resources per |
| 138s | minute which is a lot and just to give |
| 142s | you like a little bit of sense of scale |
| 143s | right on a pure node like this this is a |
| 145s | pure uh iron node on a pure iron node |
| 148s | overclocked Mar 3 minor 1 ,200 resources |
| 151s | that equates to like 40 smelters on one |
| 154s | single pure node that is pretty whack |
| 157s | just look at this when you look at the |
| 159s | the thing taken |
| 161s | up that's that's pretty nutty and that's |
| 164s | just one conveyor belt right so uh yeah |
| 167s | have fun with that now now it also maybe |
| 171s | makes sense when we talked about the |
| 173s | moving of nodes and whatnot in the world |
| 174s | like there are still more uh resource |
| 177s | nodes in on the map than there were |
| 179s | before but a lot of lot of people are a |
| 180s | little bit concerned like why are you |
| 181s | guys moving around the nodes in this |
| 183s | manner and it's partly because we needed |
| 185s | to balance the map with this in mind um |
| 190s | so so yeah that's that so not only are |
| 192s | Mark 6 conve bles great for you know |
| 194s | getting that pure node action going it's |
| 197s | also great for when you want to balance |
| 198s | your own factories when you needed more |
| 199s | than what the mark Fel could uh uh |
| 203s | Supply uh screws is one of those things |
| 205s | where it's nice to have a faster belt |
| 207s | even if you don't uh output that fast on |
| 210s | like in within your factory being able |
| 212s | to transport resources at this speed and |
| 214s | whatnot is still pretty great but I |
| 215s | don't have much more to say about Mark 6 |
| 217s | belts at the moment let's just dive into |
| 220s | the quantum Tech in tier 9 so in tier |
| 223s | 9ine you're get to get access to Quantum |
| 224s | Tech Quantum Tech features some of the |
| 226s | most complex production chains in the |
| 228s | game and uh there's a lot of really cool |
| 230s | like synergies between the different |
| 232s | production chains in tier n it's kind of |
| 234s | hard to talk about one without talking |
| 235s | about the other but we're going to start |
| 237s | by talking about the converter |
| 242s | [Music] |
| 244s | so the converter is this elusive |
| 245s | building we've had in all our teasers |
| 247s | you guys have seen it but you haven't |
| 248s | fully seen it so there you have it so so |
| 251s | what is the converter as the name |
| 253s | applies the converter is mainly there to |
| 255s | convert one raw resource into another |
| 258s | and there's a lot of cases why you'd |
| 259s | want to do this uh it it's great for |
| 261s | like avoiding logistical issues say that |
| 263s | you're setting up a factory and you |
| 265s | realize like oh I need a sulfur node and |
| 267s | the the sulfur node is like way off in |
| 270s | the distance um instead of having to |
| 272s | like logistically solve that by like |
| 274s | using trains or vehicles or whatever uh |
| 276s | you can use the converter to convert |
| 277s | like one of the other resources into |
| 279s | sulfur it's also a great way to sort of |
| 281s | balance out any factors that you have |
| 282s | already set up and you need like some |
| 284s | extra you know resources here and there |
| 286s | to be able to balance out uh your |
| 288s | production lines and there's also an |
| 290s | aspect of like if there are different |
| 292s | resources on the map that you feel are |
| 294s | lacking for instance a lot of people |
| 295s | complain about the fact that there |
| 296s | aren't enough sulfur nodes uh on the map |
| 299s | we have added more sua nodes but you |
| 301s | might still feel this way uh now it is |
| 303s | possible to sort of help yourself and |
| 306s | take the resource noes on the map that |
| 308s | you're not using to be able to convert |
| 310s | them into something more useful but |
| 311s | there's a limit as to how you can |
| 312s | convert each resource you can't take any |
| 314s | resource and convert it into whatever um |
| 317s | there is a logic as to like what each |
| 319s | resource on the map can be converted to |
| 321s | but it is possible to chain them up uh |
| 324s | to get the like from the node that |
| 326s | you're starting from to the resource |
| 328s | that you need but in order to convert |
| 329s | one resource to another you need one |
| 332s | extra little thing some little little |
| 334s | secret thing you need to put in there |
| 335s | and that is |
| 337s | re so by combining iron ore for instance |
| 341s | with you can create sulfur but that's |
| 343s | not the only thing that converted does |
| 345s | it has many tricks of its sleeve and one |
| 347s | of which is to produce uh one of the new |
| 349s | ingots in the game which is fix site |
| 351s | ingots and in order to create fix site |
| 353s | ingots you need to take uh an existing |
| 355s | Ingot and combine it with uh similar to |
| 360s | to the regular conversion there's |
| 362s | actually multiple ways you can create um |
| 365s | this Ingot and that is by combining |
| 367s | either iron ingots cerium ingots or |
| 370s | aluminium ingots |
| 371s | with depending on the complexity of the |
| 374s | Ingot that you put in you get a |
| 375s | different yield so aluminium ingots for |
| 378s | instance uh will yield more uh fix side |
| 382s | ingots rather than if you just used uh |
| 384s | iron ingots the description for fix site |
| 386s | ingots is that it's synthesized by Fixit |
| 389s | to be the perfect con construction |
| 390s | material and with the fix site Ingot |
| 392s | you're going to be able to produce this |
| 394s | little cheeky bugger so this is the fix |
| 397s | site Trion and it is perfectly shaped |
| 399s | for all construction challenges its |
| 401s | performance is so exceptional it |
| 403s | basically solved Structural Engineering |
| 406s | there you have it essentially this part |
| 407s | here the fix side Trigon is going to be |
| 409s | used in a lot of these like high-end uh |
| 412s | recipes um so this is like a little bit |
| 415s | of like low tier thing you're going to |
| 417s | need to figure out and produce these in |
| 418s | mass quantities so you can |
| 420s | produce some of these more complex Parts |
| 422s | but that's not the only thing the |
| 424s | converter can do it can also produce |
| 426s | this part and this is a Time Crystal so |
| 430s | time crystals are diamonds that have |
| 432s | been reconfigured on a subatomic level |
| 434s | in the converter to retain a Time |
| 436s | periodic self-organizing structure and I |
| 440s | mentioned diamonds uh because that's the |
| 443s | part that needs to be put into converter |
| 444s | to be able to produce this part and |
| 446s | diamonds are created in the particle |
| 448s | accelerator by putting in coal you need |
| 451s | a lot of coal by the way it's like 600 |
| 452s | coal per 30 diamonds uh so uh you might |
| 456s | have been wondering like why we added so |
| 458s | many coal nodes um partially this so to |
| 461s | produce these time crystals you first |
| 463s | need to make diamonds in the particle |
| 464s | accelerator with coal and then you feed |
| 467s | that into the converter uh to create |
| 469s | time crystals similar to the particle |
| 471s | accelerator the converter is also one of |
| 473s | those buildings that fluctuates in power |
| 475s | so uh you need to keep that in mind the |
| 478s | converter has two conveyability inputs |
| 480s | and has one conveyable output and one |
| 483s | pipe output and we'll talk more about |
| 486s | that pipe output uh later that's not |
| 488s | everything new about the converter but |
| 490s | in order for me to keep talking about |
| 491s | the converter I also need to talk about |
| 492s | the other new machine so let's do that |
| 494s | instead so the other new machine we're |
| 497s | adding in TI your n is called the |
| 499s | quantum |
| 504s | encoder so yeah the quantum encoder huh |
| 507s | what a what a concept the quantum |
| 509s | encoder is probably the machine that |
| 510s | produces the most complex Parts in the |
| 513s | game um down to the quantum level |
| 516s | similar to the converter and the |
| 517s | particle accelerator the quantum encoder |
| 519s | also fluctuates a lot in power and it |
| 521s | fluctuates way more uh than either of |
| 524s | the other machines um so you need to |
| 526s | keep that in mind and the thing about |
| 528s | this machine is that it solves two of |
| 530s | the biggest mysteries we've had in Early |
| 532s | Access right so in satisfactory up into |
| 535s | this point there's been references to |
| 537s | two weird parts that you have haven't |
| 540s | been able to produce the superposition |
| 542s | oscillators and the quantum computers |
| 545s | right and while the quantum encoder does |
| 547s | produce super Precision oscillators it |
| 549s | does not create quantum computers so |
| 552s | eagley viewer may have noticed in the |
| 554s | teaser video that we did see the quantum |
| 556s | uh computer it is there in the TC video |
| 559s | you can see it coming out of the uh |
| 561s | manufacturer but what people have |
| 563s | spotted is the fact that the recipe for |
| 566s | quantum computers is the same as |
| 568s | supercomputers |
| 570s | hm isn't that strange um yes it is uh |
| 574s | are we going to get an explanation for |
| 576s | that um maybe so yeah what's going on |
| 579s | why what's happening here so I'm going |
| 582s | to give you the full rundown here and it |
| 584s | it's a bit confusing okay but just bear |
| 586s | with me all right so um quantum |
| 590s | computers are not a thing anymore okay |
| 593s | quantum computers are gone from the game |
| 595s | uh but they're not gone they're still if |
| 597s | you have quantum computers in your |
| 598s | inventory they're going to exist but |
| 601s | they're not going to do anything so what |
| 603s | has happened is We have replaced the |
| 604s | mesh for supercomputers with the mesh |
| 607s | from quantum computers so these are |
| 609s | supercomputers that you're seeing |
| 610s | rolling here on the Belt uh being |
| 612s | produced from the manufacturer um and |
| 615s | being fed into the quantum encoder we |
| 616s | felt that it was strange that you would |
| 618s | create quantum computers and then put |
| 621s | them into the quantum encoder um if it |
| 624s | felt like it made more sense that you |
| 625s | would create a quantum computer from a |
| 627s | supercomputer and you would do that in |
| 629s | the quantum encoder so we have moved |
| 631s | things around a little bit we also |
| 633s | really like this mesh we think it's |
| 634s | really cool so that's why we decided to |
| 636s | replace supercomputers uh with the mesh |
| 639s | of quantum computers but these are not |
| 640s | quantum computers they're |
| 642s | supercomputers does this make sense I |
| 644s | don't know if it does all you need to |
| 647s | know is that these are supercomputers |
| 649s | and they're being fed into the quantum |
| 651s | encoder and to take the place of quantum |
| 653s | computers we have to replace it with |
| 655s | this new part and this part is called |
| 657s | the neural Quantum processor but it's |
| 659s | not like this is replacing quantum |
| 661s | computers it's a new part and it's not |
| 663s | going to like change quantum computers |
| 664s | into this part this is like a new part |
| 666s | for anyone who's never played before 1.0 |
| 668s | this won't be a problem but whatever so |
| 671s | in order to produce neural Quantum |
| 673s | processors you need supercomputers you |
| 675s | need fix site trigons that new like |
| 677s | triangle thing that we saw from the |
| 678s | converter uh you need time crystals |
| 680s | which are also produced in the converter |
| 682s | and you need something called excited |
| 684s | photonic matter and this is where the |
| 688s | pipe from the converter comes in into |
| 690s | play because you may have spotted that |
| 692s | from the converter there is a pipe |
| 695s | coming out of it but there's nothing |
| 697s | going in to the converter so it's just |
| 699s | like what's going on and yes this is |
| 701s | like one of the only resources in the |
| 704s | game that is produced by a machine that |
| 706s | doesn't require any input and that is |
| 708s | because the excited photonic matter is |
| 710s | being produced from the converter by the |
| 712s | fact that it is built |
| 716s | Byers it is being created by uh in |
| 720s | inducing intense Photon interactions |
| 722s | through exposure to |
| 724s | the in a high energy environment uh |
| 728s | inside the converter so that's the |
| 729s | reason why that's happening so yeah in |
| 731s | order to get exited photonic matter you |
| 732s | only need to to place down converters |
| 735s | and if you need more excited photonic |
| 737s | matter you just need to build either |
| 738s | more converters or you can overclock the |
| 741s | converters so excited photonic matter is |
| 744s | not a liquid but it's also not a gas uh |
| 748s | it's also not a solid and it's not a |
| 750s | plasma it's like its own thing and uh |
| 753s | Mark provided me with uh some scientific |
| 755s | reason as to like why it's not |
| 757s | a gas or liquid so I'm just going to |
| 758s | read that off so in essence excited |
| 760s | photonic matter is a Quantum state of |
| 762s | matter that doesn't fit into the |
| 764s | classical categories of gas solid liquid |
| 766s | or plasma it's an emerging phenomenon |
| 769s | that arises from the interactions |
| 771s | between light and matter at the quantum |
| 772s | level and excited photonic matter is |
| 775s | neither a gas or a fluid but it does |
| 777s | behave like a gas in the game so just |
| 780s | bear that in mind all of this will be on |
| 782s | the test by the way so I hope you took |
| 783s | notes the key thing about Quantum |
| 785s | encoder is that every single recipe that |
| 787s | goes into a Quantum encoder will require |
| 789s | excited photonic matter and every single |
| 792s | recipe that is produced in the quantum |
| 794s | encoder will create a byproduct called |
| 796s | Dark Matter residue and similar thing |
| 799s | there Dark Matter residue is not a gas |
| 801s | it's not a liquid it's something else it |
| 803s | behaves like a gas though uh but more on |
| 807s | that in a second if anyone tells you to |
| 809s | the gas it's wrong they got an F on the |
| 811s | test before we talk about Dark Matter |
| 813s | residual uh I'm going to show you the |
| 816s | super Precision osor recipe and in order |
| 818s | to create superos oscillators you need |
| 820s | excited photonic matter you need |
| 821s | alkalite aluminium sheets you need |
| 823s | crystal oscillators and you need |
| 825s | something called a dark matter Crystal |
| 828s | another new exciting part and this is |
| 830s | what that is this is a dark matter |
| 832s | Crystal and it is produced in the |
| 835s | particle accelerator here's the catch |
| 837s | okay uh in order for you to produce the |
| 840s | Dark Matter Crystal you need Dark Matter |
| 843s | residue so to create a dark matter |
| 845s | Crystal you need to combine diamonds |
| 848s | together with the byproduct from the |
| 849s | quantum encoder the Dark Matter residue |
| 851s | so it is a bit strange how you need the |
| 854s | byproduct of one part to be able to |
| 857s | produce a part that is needed to be able |
| 859s | to produce the byproduct um isn't that |
| 862s | strange yes it is and this isn't the |
| 864s | first time we've had in satisfactory |
| 865s | where you know you can use the byproduct |
| 868s | uh in one machine to like link it back |
| 869s | back and use it in in a previous step in |
| 872s | the chain such as for like aluminium |
| 873s | does that and and nuclear and whatnot |
| 876s | another unique thing with the Dark |
| 878s | Matter residue is also that this is not |
| 880s | a um this is not something you can |
| 883s | package and sync like for instance when |
| 885s | you're when you're processing box out |
| 886s | and that you can take like the |
| 888s | water and then package it and then sink |
| 889s | it with dark matter residue that is not |
| 892s | possible you actually need to produce |
| 894s | Dark Matter crystals to be able to sync |
| 895s | those uh to get rid of this so so how in |
| 898s | the heck are you supposed to solve this |
| 899s | problem well that's up to you uh figure |
| 902s | it out no um so so dark mattera residue |
| 905s | can also be produced in the converter so |
| 908s | you can take uh |
| 910s | Renna and put that in the converter and |
| 912s | that will produce Dark Matter residue um |
| 915s | and you can sort of use that to uh hook |
| 918s | it up into your chain um and and figure |
| 920s | it out so in this case for instance uh |
| 922s | when I made this I'm like you know |
| 924s | linking it back from the quantum encoder |
| 927s | into the particle accelerator and I'm |
| 929s | also like uh evening it evening it out |
| 932s | with the uh converter in this case so |
| 934s | you'll need to like figure this out and |
| 935s | balance this in your own Factory uh so |
| 937s | it makes sense to you and by combining |
| 940s | excited photonic matter super precis |
| 942s | oscillators neural Quantum processors |
| 944s | and uh magnetic field generators which |
| 947s | by the way we've changed the recipe for |
| 948s | these uh you no longer need batteries |
| 949s | for them uh to make magnetic field |
| 952s | generators now you just use versatile |
| 953s | Frameworks and electromagnetic control |
| 955s | rods if you combine all these parts |
| 957s | together you're going to be able to |
| 958s | craft one the new space elevator Parts |
| 961s | which is the AI expansion server and it |
| 964s | looks like this and you're going to need |
| 966s | one million of these to finish phase |
| 970s | five just kidding or am I so that's the |
| 974s | chain within Quantum technology uh but |
| 976s | there is more you can do in the quantum |
| 978s | encoder Than Just Produce these parts |
| 980s | and uh there are two really cool things |
| 983s | you can do so let's dive into that one |
| 985s | really neat thing you can do in the |
| 986s | quantum encoder is you can produce |
| 988s | synthetic power power shards so you no |
| 990s | longer need to go slug hunting uh that's |
| 993s | still going to be a thing in the game by |
| 994s | the way it's not like replacing uh Power |
| 997s | shards with this uh it's just like in |
| 999s | the end game you're going to be able to |
| 1001s | produce an automate power shards uh just |
| 1004s | in case you want to utilize o |
| 1006s | overclocking a lot more in in the end |
| 1007s | game and in order to produce uh |
| 1009s | synthetic power sharts you need to |
| 1011s | combine time crystals Dark Matter |
| 1013s | crystals quartz crystals and excited |
| 1016s | photonic matter and the last thing I |
| 1018s | want to mention about the qu encoder is |
| 1020s | that is now possible to produce a new |
| 1022s | power source inside its Factory so in |
| 1025s | the particle accelerator it's now going |
| 1027s | to be possible to produce a new power |
| 1028s | source called fixoni and there it is |
| 1031s | look at that isn't that cute it it |
| 1033s | really brightens up the room ah please |
| 1036s | don't |
| 1038s | Sue uh so yeah by combining Dark Matter |
| 1040s | residue you know the byproduct from qu |
| 1042s | coders uh Singularity cells which is |
| 1045s | also a new part it's produced here in |
| 1047s | the manufacturer and you make it |
| 1049s | combining nuclear pasta dark meta |
| 1051s | crystals iron plates and uh concrete uh |
| 1054s | and the last bit of ingredient to create |
| 1056s | uh fonum is plutonium waste look at that |
| 1061s | so uh for everyone who's been saving up |
| 1063s | their plutonium waste uh one of those |
| 1065s | things in the game that you can't syn |
| 1067s | and it's just like you need to store it |
| 1069s | and and solve that problem uh you're |
| 1070s | going to be able to use it uh in the |
| 1072s | part of particle accelerator to produce |
| 1074s | this new part instead and you may notice |
| 1077s | that the the fonum is going into the |
| 1078s | quantum encoder what's up with that |
| 1082s | I'll explain to you in a second calm |
| 1084s | down so yeah if we go back to the |
| 1085s | quantum encoder uh if you put in fonum |
| 1088s | you're going to be able to produce a new |
| 1090s | fuel Rod that you can put put into |
| 1092s | nuclear power plants uh which is called |
| 1094s | fonum fuel rods so by combining |
| 1096s | electromagnetic control rods uh fix side |
| 1099s | trigons excited photonic matters and |
| 1101s | fixoni you're going to be able to create |
| 1103s | uh fixoni fuel rods but the thing about |
| 1106s | fonum fuel rods is that it is the worst |
| 1108s | fuel Rod out of all the three fuel rods |
| 1111s | you can put in a nuclear reactor uh and |
| 1113s | the reason for that is because this fuel |
| 1115s | Rod doesn't produce any waste so this is |
| 1117s | a little bit of a trade-off there but at |
| 1118s | least when you have this production |
| 1120s | chain going you can completely get rid |
| 1121s | of waste if you want to all right so |
| 1124s | there you have it that is everything |
| 1126s | tied to Quantum Tech in tier 9 coming in |
| 1128s | satisfactory 1.0 so excited September |
| 1131s | 10th everybody it's it's almost here |
| 1133s | it's we're we're we're nearly there so |
| 1135s | close to the Finish Line um super |
| 1137s | exciting this is probably a very long |
| 1139s | video but I do have actually one more |
| 1141s | thing I want to talk about in this video |
| 1143s | before I leave off uh and it has to do |
| 1145s | with blueprints so I'd like to take a |
| 1147s | moment to talk about a little change we |
| 1148s | made and how blueprints work inide the |
| 1151s | factory so in oh jeez what the |
| 1154s | why is this so loud holy |
| 1156s | what's going on what the is going |
| 1159s | on out |
| 1166s | here holy lasers ch |