DF Weekly: 돈으로 살 수 있는 최악의 PS2 SSD에서 Marvel's Spider-Man 5 테스트

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There’s an embarrassment of riches in the 136th edition of DF Direct Weekly, spread across almost two hours of ‘content’. We discuss the good and the bad points of the Modern Warfare 3 campaign and EA’s WRC, we spend time talking about how impressive the Switch port of Super Mario RPG is and share impressions on Apple’s newly announced M3 processor line-up. However, for this Eurogamer blog, I’m going to talk about what it’s like to run Marvel’s Spider-Man 2 on the slowest, quantifiably worst PCIe Gen 4 SSD ‘upgrade’ money can buy.

Long-time readers/viewers of Digital Foundry may recall that back in the day, when the PS5’s M.2 bay was enabled, 우리는 당시 최고의 PCI Gen 4 SSD로 내부 스토리지 솔루션을 구축했습니다.. The Western Digital SN750 SE 250GB is a bit of a stinker to be honest. At just 3200MB/s of bandwidth, it falls well short of the 5500MB/s demanded by Sony, not to mention the 7000MB/s recommended by Mark Cerny when the PS5 was first revealed. It also lacks any kind of DRAM cache, which isn’t helpful. Even so, while slower at transfers, the drive still performed well. It could even run Ratchet and Clank: Rift Apart just fine. Clearly, we needed to up the ante.

보는 즐거움을 위해 내장된 최신 DF Direct Weekly

0:00:00 개요
0:01:05 뉴스 01: Modern Warfare 3 캠페인 조기 액세스 출시
0:20:28 뉴스 02: Apple, Mac 칩 M3 라인 발표
0:36:58 뉴스 03: 새로운 트랙, 자동차, 7인 분할 화면으로 업데이트된 Gran Turismo 4
0:43:36 뉴스 04: 가장 느린 PS2 SSD에서 Spider-Man 5는 어떻게 작동합니까?
0:53:16 뉴스 05: 슈퍼 마리오 RPG 미리보기!
0:58:11 뉴스 06: OLED 전환: 번인되나요?
1:05:59 뉴스 07: EA WRC: 문제가 있는 PC 성능
1:18:31 서포터 Q1: 새로운 게임과 오래된 게임을 모두 즐기는 사람에게 어떤 OLED를 추천하고 싶나요?
1:26:31 서포터 Q2: 맥스 페인 리메이크 작품의 노스라이트 활용에 대해 어떻게 예상하시나요?
1:35:32 서포터 Q3: 복고풍 테마 게임 및 컬렉션의 경우 개발자가 저해상도 비주얼을 개선하기 위해 무엇을 할 수 있습니까?
1:40:49 Supporter Q4: Some people seem to be rejecting graphical improvements – what are your thoughts?
1:49:39 서포터 Q5: 메트로이드 프라임 4가 현재 스위치를 건너뛰고 곧 출시될 스위치에만 출시될 것이라고 생각하시나요?
1:53:22 서포터 Q6: 퍼블리셔가 업그레이드 없이 오래된 게임을 출시할 수 있는 시장이 있나요?

This is where backers of the DF Supporter Program stepped in, pointing out that the rubbish SN750 SE could be limited still further, by physically taping up a selection of the pins on the PCIe interface, reducing PCIe x4 to x1 bandwidth. Remarkably, the drive still works in the PlayStation 5. According to the PS5’s internal benchmark tool, this gives the console just 1782MB/s of bandwidth to work with, suggesting that the drive ‘might not be fast enough’ to play PS5 games seamlessly.

Enter Marvel’s Spider-Man 2. Insomniac uses the I/O set-up of the PlayStation 5 to facilitate much faster traversal than prior titles and while I won’t spoil the specifics, an earlier mission sees the studio bring back the portal technology of Ratchet and Clank, with a segment that sees Miles Morales not only travelling through New York at full pelt, but also switching between locations using portals. In a kind of ghoulish way, I was curious to see how Insomniac’s systems may fail when its challenging technology meets a piece of hardware that’s nowhere near the required specifications.

But here’s the thing: it still works just fine in the content I tested, the only noticeable difference coming from ultra-fast loading times losing a second or two when starting the game, with some in-game segments heavy on storage lagging a few frames behind – but with no signs of any actual performance drops.

Not only the worst PCIe Gen 4 drive we’re aware of, but we’ve also taped off most of the pins to restrict its bandwidth. On the right there, the PS5 attempts to warn us of our folly. Click on the thumbnails for higher resolution images.

Put simply, even with already curtailed bandwidth savagely cut back, what we saw with Marvel’s Spider-Man 2 mirrored the results seen in Rift Apart – and it’s at this point that we should probably put solid state storage into context of the entire I/O system within the PlayStation 5 because the amount of bandwidth available to the system is just one component of the entire set-up. We see it all the time on PC, where in games, even SATA SSDs can hold up relatively well against NVMe alternatives in many applications – and where it’s often tough to tell the difference between PCIe Gen 3 and PCIe Gen 4 SSDs in the general run of play.

There are two further elements of the PS5’s I/O system that should be highlighted and only one is actually to do with the SSD itself – the fact that there are no moving parts. This means that, unlike a mechanical hard drive, there is no head moving around the surface of the disk, seeking out required data. With an SSD, there’s effectively instant access to any part of the drive. And perhaps with the kind of data being streamed by the Insomniac engine, massive levels of bandwidth aren’t required. Many smaller chunks of data are far more likely to be required as opposed to larger chunks.

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The other crucial element is the fact that PlayStation 5’s Kraken decompression blocks seem to be doing a hell of a lot of heavy lifting for the new console. Compressed data is streamed from storage, then decompressed via hardware with no real CPU impact whatsoever. We know for sure that Insomniac does a lot of work in optimising its systems to make as much use of this hardware as possible.

So, I was expecting something to break with Marvel’s Spider-Man 2 running on an SSD with this poor of a spec, but ultimately, everything seemed to work just fine and I played a couple of hours through with no issues. However, while I suspect that most games will run just fine on just about any kind of PCIe Gen 4 SSD you add to your PlayStation 5, we’ve now reached the point where drives that meet Sony’s required specifications are very, very cheap. There’s no need to opt for something cheap and cheerful when drives that meet the 5500MB/s bandwidth requirement are also inexpensive – and with Black Friday just around the corner, expect to see another deluge of deals.

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