Lian Li's Crazy O11D EVO XL Case, Fire-Detecting 12VHPWR Adapter, & Galahad 2 AIO (ft. CEO)

Summary

In this video, we explore the innovative features of Lian Li's new 011d Evo XL case and the Galahad 2 AIO cooler. The 011d Evo XL boasts a mechanically inclined design with a side-mounted GPU option, adjustable motherboard tray, and advanced cable management. The Galahad 2 introduces a high-fin-density radiator in coordination with Asetek, aiming to tackle the heat output of modern CPUs. Additionally, the video delves into 12-pin RGB cables and new UniFan designs, emphasizing the importance of material choice for fan performance and safety features in high-power connectors.

Takeaways

• 🏢 The video is a tour of Liam Lee's offices in Taiwan, showcasing new and interesting PC components.
• 💻 The 011d Evo XL is highlighted as a mechanically interesting case with features like a rotated GPU and a streamer 12 Pin cable.
• 🌡️ The case includes a unique choice of Daisy chained radiators and a larger radiator with higher fin density for the Galahad 2 cooler.
• 🔩 The video discusses the mechanical assembly and design elements of the 011d Evo XL, including GPU mounting options and thermal considerations.
• 🛠️ Silent Wins fans are featured for their noise reduction and longevity, with anti-vibration mounts and a 300,000-hour lifespan.
• 🔄 The radiator design of the Galahad 2 is detailed, with a focus on increased fin density and a thicker radiator for better cooling performance.
• 🔌 The 12 Pin connector is discussed, with changes to the connector design and materials to improve safety and connection reliability.
• 🖥️ The video mentions the development of a new AIO cooler resembling an open loop setup, aiming to utilize the benefits of dual 360 radiators for high-power CPUs.
• 🔊 Unifan fans are introduced, with a new design allowing for easy attachment of RGB lighting kits to existing AIO cooler fans.
• 🛡️ The use of harder materials like LCP, PPS, or PBT in fan blades is discussed to improve performance and durability.
• 📅 The release date for some of the products discussed is anticipated to be in the first half of 2023, with pricing details to be announced later.

Q & A

What is the most mechanically interesting feature of the 011d Evo XL case?

The most mechanically interesting feature of the 011d Evo XL case is its side-mounted GPU orientation, which allows for vertical installation and has a unique cooling setup with the fans pulling air through from the back.

What type of cable is included with the 011d Evo XL for GPU power?

The 011d Evo XL includes a streamer 12 Pin cable, which is an RGB 12 pin cable that can be connected to a right angle adapter with a heatsink.

What are the Silent Wings 4 fans by be quiet known for in terms of performance?

The Silent Wings 4 fans by be quiet are known for their noise profile and longevity due to their six-pole motor, fluid dynamic bearing, anti-vibration mounts, and a rated lifespan of 300,000 hours.

How does the 011d Evo XL case handle GPU installation in terms of mechanical design?

The 011d Evo XL case has a mechanical design that allows for easy GPU installation with a button that releases the GPU mount, enabling it to slide out and be built outside the case, similar to a radiator tray.

What is special about the design of the Galahad 2 cooler's radiator?

The Galahad 2 cooler's radiator has a larger size with higher fin density and a unique design that includes a dividing wall in the tank, allowing for increased surface area for heat dissipation.

What is the purpose of the 90-degree adapter for the 12V high power cables?

The 90-degree adapter for the 12V high power cables is designed to turn the power line at a 90-degree angle, which helps in managing cable routing and reducing strain on the cable ends, improving safety and cable management.

What is the significance of the microcontroller on the 90-degree adapter?

The microcontroller on the 90-degree adapter monitors the temperature of the MCU and PCB, indirectly assessing the connector's temperature. If it exceeds a certain threshold, it acts as a safety switch and cuts power to prevent potential issues.

What is the material used for the red components in the new fans and why is it beneficial?

The red components in the new fans are made from Liquid Crystal Polymer (LCP), which is more thermally resistant and helps in maintaining the shape and performance of the fan blades over time.

How do the new UniFan fans differ from the previous version?

The new UniFan fans slide apart for easy installation and have pin-to-pad contacts for power daisy chaining down the fan line, improving upon the previous version's snap-together functionality.

What is the proposed solution for AIO coolers that come with fans but lack RGB lighting?

Lian Li is considering selling packs of add-on RGB lighting kits that can be easily snapped onto the existing fans of AIO coolers, providing a cost-effective way to upgrade the lighting without needing to purchase new fans.

What is the expected release date for the 011d Evo XL case?

The expected release date for the 011d Evo XL case is sometime in the first half of 2023.

Outlines

00:00

😲 Exploring Liam Lee's Innovative PC Components

The script begins with an exploration of Liam Lee's offices in Taiwan, showcasing a variety of new and mechanically interesting PC components. The highlight is the 011d Evo XL, a GPU with a unique rotated design and an RGB 12-pin cable, which is currently connected via a right-angle adapter with a heatsink. The video also mentions an AIO cooler with Daisy-chained radiators and a high-fin-density single radiator design for the Galahad 2 cooler. The script discusses the mechanical aspects of the case, including a side-mounted GPU installation, and the collaboration with be quiet! for silent wins fans, which are designed for radiators, tower coolers, and cases. The fans feature a six-pole motor, fluid dynamic bearing, anti-vibration mounts, and a rated lifespan of 300,000 hours.

05:01

🛠️ Advanced Mechanical Features of the 011d Evo XL Case

This paragraph delves into the mechanical intricacies of the 011d Evo XL case, including the GPU mounting system that allows for vertical or horizontal installation. It discusses the thermal considerations for installing a GPU in a vertical orientation, the use of magnets for structural support, and the design of the case to accommodate different motherboard positions. The paragraph also covers the case's cable management system, the adjustable motherboard tray, and the innovative drive cages with hot-swap capabilities. The script mentions the potential for user feedback on the cable management design and the case's thermal performance in various configurations.

10:03

💼 Galahad 2 Cooler and Radiator Design Evolution

The script moves on to discuss the early prototypes of the Galahad 2 cooler, focusing on the radiator's design and its collaboration with Asetek, a leading manufacturer of cooling solutions. The radiator features a longer dimension, increased thickness, and altered fin density, which is expected to improve cooling performance. The paragraph explains the technical aspects of the radiator's design, including the division of the fin stack and the changes in static pressure requirements. It also covers the different sizes available for the radiator and the unique fittings that offer more installation flexibility.

15:04

🔌 New Developments in 12-Pin Connectors and Fans

This section of the script introduces new developments in 12-Pin connectors and fans. It discusses the design changes in the 12-Pin RGB cable, including a custom tooling of the connector and the use of a tulip clamp for better contact. The script also covers the safety features of a 90-degree connector, which includes a microcontroller that cuts power if the temperature reaches a certain threshold. Additionally, the paragraph talks about the new Unifan design, which allows for easy connection and daisy-chaining of fans, and the potential for add-on RGB lighting kits for AIO coolers.

20:04

🔧 Material and Design Innovations in PC Components

The script concludes with a discussion on material and design innovations in PC components. It highlights the use of harder materials like LCP, PPS, or PBT for fan blades to improve performance and reduce vibration. The importance of using the right materials to maintain the shape of the fan blade and prevent it from clipping the inner wall over time is emphasized. The paragraph also touches on the potential for these innovations to enhance the performance and longevity of PC cooling solutions.

25:05

📢 Final Thoughts and Upcoming Reviews

In the final paragraph, the script wraps up with a summary of the discussed components and a teaser for upcoming reviews. It mentions the intention to perform a full review of the case, with detailed analysis by Patrick in the lab. The script also encourages viewers to subscribe and support the channel through Patreon, and it hints at future coverage of the case and other components featured in the video.

Keywords

💡011d Evo XL

The 011d Evo XL is a computer case designed by Lian Li, which is highlighted in the video for its unique and mechanically interesting features. It represents the theme of innovation in PC hardware design, with special attention to mechanical elements and thermal performance. In the script, it is mentioned for its side-mounted GPU feature, demonstrating a departure from traditional horizontal GPU installations.

💡RGB 12 Pin cable

An RGB 12 Pin cable is a type of cable used for connecting RGB (Red, Green, Blue) lighting in computer components, allowing for synchronized lighting effects. In the video, it is noted that the 011d Evo XL includes an RGB 12 Pin cable, indicating a focus on aesthetic customization and the integration of advanced lighting features in PC cases.

💡AIO (All-In-One) cooler

An AIO cooler is a liquid cooling system that comes pre-assembled with a pump, radiator, and fans. It is a key concept in the video as it discusses the design and features of the Galahad 2 cooler, which is an AIO cooler. The script mentions the radiator design and the increased fin density, which are crucial for the cooler's performance and relate to the video's theme of exploring advanced cooling solutions.

💡Vapor Chambers

Vapor Chambers are heat transfer devices that work by evaporating a coolant within a sealed environment and then condensing it back, transferring heat away from a component. The video discusses the orientation of Vapor Chambers in GPU coolers, emphasizing the importance of proper installation for optimal thermal performance.

💡SilentWings 4 fans

SilentWings 4 fans are a product of be quiet, known for their quiet operation and long lifespan. They are mentioned in the script as being useful for various cooling solutions, including radiators and cases, and are an example of the video's focus on efficient and quiet cooling technologies.

💡Daisy chain

Daisy chain refers to a wiring scheme where multiple devices are connected together in a row, often used to simplify cable management. In the context of the video, it is used to describe how the new UniFan fans can be connected, allowing for streamlined RGB lighting control across multiple fans.

💡Fin density

Fin density refers to the number of fins per unit area in a heat dissipation device, such as a radiator or cooler. The video discusses the increased fin density in the Galahad 2 AIO cooler, which is a key aspect of its design aimed at improving heat dissipation efficiency.

💡90-degree adapter

A 90-degree adapter is a component that allows cables to turn at a 90-degree angle, often used in PC builds to manage cable routing and improve aesthetics. The video mentions a 90-degree adapter with an MCU (Microcontroller Unit) for safety features, indicating an innovative approach to cable management and thermal safety.

💡LCP (Liquid Crystal Polymer)

LCP, or Liquid Crystal Polymer, is a high-performance plastic material known for its thermal resistance and durability. In the video, it is mentioned as the material used for the red components in the 90-degree adapter, highlighting the use of advanced materials for improved performance and reliability.

💡Microcontroller Unit (MCU)

An MCU is a small computer contained on a single integrated circuit, used for controlling various functions in devices. In the context of the video, the 90-degree adapter features an MCU that monitors temperature and can shut down power if it exceeds a certain threshold, demonstrating a smart and safety-oriented design in PC components.

💡UniFan

UniFan is a series of fans by Lian Li, known for their modular design that allows fans to be easily connected and controlled. The video discusses the new version of UniFan and its snap-together functionality, which is an example of the video's theme of exploring innovative and user-friendly PC hardware design.

Highlights

Introduction to Liam Lee's offices in Taiwan and a preview of the 011d Evo XL with its mechanically interesting features.

The 011d Evo XL showcases a rotated GPU design and an RGB 12 pin cable with a unique right angle adapter and heatsink.

Daisy chained radiators in the AIO design and a larger radiator with higher fin density for the Galahad 2 cooler.

Silent Wins fans by be quiet are highlighted for their noise reduction and longevity features.

The case design of the 011 Evo XL is discussed, with a focus on its mechanical inclination and functional magnet usage.

A detailed explanation of the GPU mounting mechanism, including thermal considerations and orientation preferences.

The CEO of Lian Li, Jameson, discusses the flexibility of GPU installation in the Evo XL.

Introduction of a screwless design for GPU installation and a vertical GPU support feature.

The motherboard tray's adjustable feature to accommodate different fan and power supply configurations.

Innovative drive cage design with a magnet for easy opening and hot swap functionality.

A massive cable management system with potential inclusion of metal bars for cable routing.

The Galahad 2's early prototypes and its unique radiator design in collaboration with Asetek.

Details on the radiator's dimensions, thickness, and fin density improvements for better cooling performance.

The concept of an AIO version of an open loop cooling system with dual radiators for high-power CPUs.

Discussion on the safety features of the 12V high power connector, including an MCU temperature trigger.

Introduction of the new Unifan design with snap-together functionality and RGB lighting options.

The use of harder materials like LCP, PPS, or PBT for fan blades to improve performance and durability.

A call to action for feedback on the designs showcased, emphasizing the potential for changes based on user input.

Transcripts

[Music]

hey everyone there's a lot of really

cool stuff on the table here we're at

Liam Lee's offices in Taiwan and the

most interesting thing that we'll start

with is going to be that 011d Evo XL

Super mechanically interesting there's a

lot of features on this like you can

already see the the rotated GPU on the

side over here so we'll come back to

that there's also a streamer 12 Pin

cable so it's an RGB 12 pin that is

currently although it's a different

product hooked into a right angle

adapter with a heatsink on it so we'll

come back to why that's interesting in a

little bit there's a interesting choice

of Daisy chained radiators that's

technically still an AIO and uh also

just a larger radiator with higher fin

density for a single radiator design for

the Galahad 2 cooler so we're gonna be

talking about all that uh some of this

is in more early prototyping stages some

of it's closer to being done and all of

it is new so let's get started before

that this video is brought to you by be

quiet and there's silent wins for fans

the silent wins four vans Market

themselves as being useful on radiators

Tower coolers and cases alike the fans

have a six-pole motor and use a fluid

Dynamic bearing which helps with the

noise profile and with longevity the

fans use anti-vibration mounts for

reduced noise transfer to the case and

have a rated lifespan of 300 000 hours

learn more at the link in the

description below okay so we're going to

start with the case uh and sorry for the

echo we don't have a solution for that

but the case is very interesting so we

recently talked about the land cool

three we've talked about the 216 as well

and uh with the lanco 3 especially one

of the points we highlighted was Leon

Lee Moving in this really mechanically

inclined Direction where there's a lot

of physical Design Elements a particular

obsession with magnets as well but

they're done in a way that's pretty

functional and in the land called three

we thought yeah it's at times it's like

okay it's a bit much but actually really

interesting overall as a case and in the

011 Evo XL that's right here you get a

lot of the same direction except new

execution of it for the GPU right here

uh this is side mounted currently you

could still install it horizontally if

you wanted to it's vertically oriented a

couple things to point out thermally so

if you were going to install a GPU like

this yourself you would definitely want

to take take a special care for the fan

direction where if you have a GPU that

has a flow through design like this Asus

strix does where it's got the PCB cuts

off here the air flows through that way

out the back you would want to make sure

the fans aren't opposed this is just a

demo system so there's no particular

order for how they installed things but

you would want this fan to be going that

way the other thing

take note of though is with um Vapor

Chambers they have certain orientations

that are favored and certain that are

unfavorable that perform very poorly and

that's going to depend kind of design to

design but it's something that Nvidia

talked about when their thermal engineer

came out and met with us if you want to

learn more about that so you'll have to

play around a little bit there but

for how it mounts getting back to the

Mechanicals of it there's this button

right here it's just a metal tab you

push so push that

and pull on the fan

and it slides out and this whole thing

actually ends up

socketing in so you would build it

outside of the case similar to a

radiator tray so I mean I actually

really really compactly put together and

we'll have a full review of the case in

the future when it comes out sometime

middle of 2023 but this is how it

assembles there's a little bit of

structural support here and then the

fans mount to the back side so you get

some cooling assistance pulling the air

through can I tilt this is it secure yes

okay yeah don't worry yeah I'll drop the

card okay so fans on the back side there

Riser cables routed through underneath

and then you can pull that through the

case and obviously shove it into the

motherboard but pretty pretty cool

layout for this you could always install

it

horizontally as well you can install it

up you know the other way around oh yeah

do you want to show me that yes so this

is Jameson hi CEO at Leon Lee hi so the

in the original Evo like the oh the

direction of the installation it has to

be always uh be Mount at the top whereas

the Evo XL with the modification

um so I think Steve just show like the

GPU being well the other way around so

right now I'm going to show it this the

other way so right now the the i o the

GPU is facing up whereas the other uh

the beginning of the shot it was facing

down right so as Steve was just

mentioning The Vapor chimper theory of

the GPU cooler so that doesn't have to

be worried with the XL because you can

always switch wherever wherever you want

right yeah right yeah and then the

there's pins on the top here pin there

are pads on the bottom that's for the

fans that's not a case feature that's a

fan feature yeah and uh also in the way

that Jameson just installed this

you can see here I guess the is this

cage that's just the support I was just

a bracket to support the GPU yes and

then you could you would route the

cables up and out yeah uh so when you

have the GPU mind this way the

the idea will be running the cable

through the back and then route through

here but then if you have your GPU

facing the other way around so we will

have the HDMI rounding through here we

still will have uh holes in here right

to hold the cable in place yeah yeah so

that's still under the design design

yeah okay cool thank you

um for the other features here so this

is kind of cool too related to gpus also

where uh this is very OEM Style

normally depending on the execution in

the past is some of the so the oh yeah

I'm like Dell HP type

uh clamps for adding cards I'd say about

80 of the time I've hated them this one

has a really strong clamping Force to it

which there's a lot of resistance there

feels pretty good and it's just it ends

up being a screwless design for

installing the GPU horizontally if you

want to go that route so kind of on the

same

same area of

mechanical features that are not

strictly necessary but are kind of cool

on a high-end expensive case this thing

here is it's already been installed by

the team when they were demoing it but

this is the vertical GPU support which

in the past you we used to just make fun

of these but with cards this size now uh

not so funny it's actually something

that's useful at this point so these

screw in here and um for motherboard

clearance with things like armor or

something like that we'd need to look at

that separately this board's pretty

Barren though around this area so you

just have a standoff that goes through a

motherboard screw standard location for

ATX

um the motherboard tray actually also

adjusts vertically so the two on six

kind of does that adjustment moving it

up or down allows changing some for

example fan support on the case where

you go to two 120s in the back instead

of a single 120 depending on where the

motherboard is if you move it down give

some more clearance for installing power

supply still mounts on the back

compartment of the case these two slots

right here those would socket in this is

the early sort of prototype CNC version

of it but it's gonna be one giant dust

filter the i o is movable as it was in

the previous some of the previous cases

landly has done so this can move up here

as an alternative uh Cable Management

here is massive so there's some on the

side for running the cables around and

under or you can run them all under over

here uh did you say it was two 360s

supported uh three four twenty three

four twenty so bottom side top and side

okay three the reason why the grommet is

so big is because the nature of this

moving techniques okay yeah so because

the marble tray can move up and down so

it doesn't really make sense to have

rubber yes exactly right yeah let's go

to the back so some more

more mechanical stuff here the drive

cages

are they open and close now like this so

they've got a magnet in there that has a

little bit of force not enough not

strong enough to hurt your hard drive

but a little bit of force to hold it

closed hustle hot swap yeah do you have

the um

is there like a back plane for it yeah

like uh for the hot swap yeah they have

a back play where it has the cables

that's being squeezed onto the back and

then the cable will run through the back

let me show you here so basically the

idea here

so as you can see the cable rung through

here yeah yeah okay cool see yeah the

idea is we had the

um the hot swap being pulled from the

back yeah but people are saying because

their case is facing the wall it's hard

for them to actually uh grab the drive

from the back you have to move the

entire case uh SSD is installed to this

Central bar they would install on the

inside here so when you close it the

black side shows okay so in terms of

cable management

this is kind of interesting too first of

all gigantic hall for cable routing this

thing it sounds like this is maybe not

final yet not final yet so here's where

you can give give landly your opinion on

this in the comments they uh will

probably actually read it because it's

not too late to make changes here so the

thought processes possibly including

four of these metal bars to help route

the cables and hold them rather than

strictly doing the the tie points like

this with standard Velcro so you might

still get velcro also but then this

thing just has these two rubber

uh grommets basically that the screws go

through some damp in vibration damping

and uh the screws end up just being

standoffs that socket it in so you see

the standard sort of larger hole saw

smaller hole to socketed in and it also

means you could Orient it if you wanted

to vertically like this and then you

would slide it to the right uh

and that would give you a couple

Pathways if you wanted different

Pathways you could pull the cage out to

Route the cables underneath it behind it

just like that so pretty cool a lot of

space to work with we'd have to test The

Thermals for a few different

orientations on this one but uh in terms

of kale management I guess let Liam Lee

know I think the simple question is just

when people find this useful is that the

question yeah okay was it like too

complicated to actually you have to DIY

your own cable path right yeah right so

yeah let uh let Jameson know in the

comments and uh Jameson I apologize

you're gonna have to read through some

of the internet comments but hopefully

some of them will be useful yeah

is there much more to talk about back

here

um just one thing that's pretty obvious

so we have defense that right now it's

doable to mount on the side so it's a

standard uh 25 millimeter thick fan so

now it's available right we used to have

you know include the option for you know

like 80 92 right now it's just under

120. okay yeah just to the back of the

cage yeah and interestingly here as well

if you're wondering well but where does

the air go other than the drives there's

a lot of ventilation punched out in the

back of the motherboard tray so you

would get some hitting the back of the

board uh helps in a very small amount

with brm thermals but not a whole lot

but it would allow you to pump some air

through the hard drives like yeah this

is the idea

pretty cool man I was telling James and

I like the direction that um Liam Lee is

going right now with some of this design

where

there's some maybe unnecessary

complexity at times which is what the

question about that cable management bar

is about but not in a way that seems

pointless so it's like there's still all

the features still have a function the

only question becomes is it worth

increasing the cost to make the case and

therefore the cost to buy the case so

that's that's the question remaining but

I think that covers the o11d Evo XL yeah

so pricing will be available in the

future

um and then release date sometime in the

first half of 2023 most likely all right

cool so next one is gonna be the Galahad

2 early prototypes of it uh this is what

it looks like without the we have some

footage of it with the rest of the pump

block housing so we'll show that for

what it looks like but the radiator is

actually the interesting part which is

weird because normally the radiators are

very copy paste and pretty much the same

from I mean so like Ace attack for

example is functionally identical a

radiator supply for everybody everyone

is a customer but here this is built in

coordination with Apple tech which they

make a large amount of the cooling

solutions on the market but as always

companies like Lian Lee or I mean nzc

UGA Whoever Whenever they input design

to their supplier that's when the

product actually becomes what it is and

different so for the radiator here uh

first off this Dimension is is longer so

we'll talk with that in a moment it's

120 you can do 120s on this because this

is a 360 except this particular

Dimension runs a little bit longer and

this Dimension so the thickness is

deeper as well which is one of the

leading aspects of what has helped

Arctic get such a strong foothold in the

cooling Market with its liquid freezer 2

Series is actually the thickness of the

radiator not necessarily anything else

other pump quality is pretty good too

then the thin density here is also

changed so that is a little bit abnormal

where

well some close-ups but basically the

typical channel for the fins is diced in

half but not by another tube so these

thicker ones those are tubes that the

water runs down where you have tanks on

the ends there's a dividing wall in

between on the tank where you have the

inlet and the outlet and we uh we have

some old animated videos showing how

these are built internally so divide and

wall and then the water runs top to

bottom in these tubes but the smaller

metal line aluminum line cutting down

the center is what's dividing the fin

stack in half and allowing a an increase

in the density I have a rough number

here approximately a 45 increase over

the previous Gala had so that should

help with giving some additional surface

area to spread the heat over and it

there's a little bit of change in static

pressure requirement when you increase

the thickness of the radiator when you

increase the fin density so you need

some stronger static pressure

performance to force the air through as

a result of that but that is something

that can be accommodated

um especially because it's not crazy

thick I mean I think this one so they're

running at 32 mil whereas a standard 28

millimeters previously and uh I think

Arctic is not too distiller than the 30s

as well for theirs we've seen some up to

like 38 mil for thickness for the width

this is running 130 millimeters in this

Dimension as opposed to about 122

previously it's running the same 12

tubes as normal down the center and then

the rest of it is really all in that fin

design so for sizes these are going to

be in 240 280 and 360. currently no

plans for a 420 millimeter size and none

for a 120 mil either the fittings on the

end are a little different as well so

the typically the pump block does have

that rotational fitting that you see

here where you can spin it so that you

can actually install it in the angle

orientation you want but up here it is

typically just comes out straight or at

most you might get like a Bend but they

have a a 65 degree angle on these and

then also a rotational fitting so you

can get a little bit more flexibility in

how you lay out the radiator the channel

for how the water enters is a little

different this time but we're going to

show that when we do the review of the

Galahad 2 which is this one so we'll

save that for later but the micro fins

are similar to before where you have

really high fin density for an AIO and

this is for the pump so it's very large

this is kind of interesting this is this

is maybe one of the only fins on this

table where I'm really not sure I

personally see myself ever wanting to

use it I understand the goal but I think

it's really hard to execute this idea

cleanly so if anyone has

constructive feedback for Lee and Lee

this would be the time to post it in the

comments because they're still playing

around with this but this is an AIO

version of an open loop where you've

seen qdc Loops before like EK has sold a

lot of them like the Phoenix line and

whatever the other one is that they

discontinued because it was like blowing

up and erupting and leaking uh but this

is a random EK slab this is a closed

loop just connected via tubes between

two radiators identical and then I guess

it's going to be a Galahad

series cooler as well it's just this

seems like

kind of difficult to install with a wide

compatibility uh

docket between cases if it's designed

just for like Lee and Lee cases then

maybe it could be cleaner but then you

limit yourself on compatibility outside

of that so I don't know there's not

really a great like widely compatible

version of this without going to open

loop however the idea is Leon Lee is

trying to solve for the fact that modern

CPUs are now consuming enough power

where you can get benefit out of having

two 360s connected and it's not just to

no end so that's the goal where you have

these 250 like 242 watt Intel 3900k or

something you'd actually get utilization

out of two radiators it's just the size

problem so this this is something that

they're playing around with but you can

post your feedback in the comments below

and now we're going to move into some of

the fans and the 12 pin connectors

okay so for the 12 volt high power stuff

so this is just an RGB cable they've

done streamer cables before and this is

another one of those with 12 volt high

power there are some differences though

outside of just the LEDs and one of them

uh this is a prototype that's why it's

like missing a terminal and it's not

finalized coloring but one of the

changes that landley is making is a

custom tooling the actual connector at

the end so we're going to talk more

about that but they've gone kind of an

nzk Style with the typical is referred

to as a tulip clamp so the terminals in

the end

they either use these tiny bumps that we

have microscope shots of from our 12

volt high power piece your tiny bumps

where the pin contacts those bumps as

you socket the connector or it uses a

tulip clamp where the clamp uh comes in

sort of towards each other at the end

the two sides of the terminal to give

some force on that pin and make good

contact so those are your typical

options the only is going more for the

tool of style one which is that ntk one

we did not find any particular benefit

Astron versus ntk in terms of the style

of the terminal when we did our testing

but Leon Lee believes that the Tulip

style is the better one so that's what

they're going to use for their custom

version of the 12 pen on this the the

connector side

for other Solutions though

so materials uh or actually let's talk

about the thickness here so the terminal

um the exterior of the terminal where

you have that sort of almost double C

like bracketed design that metal

typically is around 0.2 millimeters the

only is going for a 0.25 millimeter

thickness for that metal in the terminal

bracket which should be beneficial in

theory should maybe give you a little

bit more of a a solid connection between

them uh which is what people need at the

moment to make sure they're plugging it

in correctly there's no meaningful

change to the way it's actually clipping

so we've talked to a few people out here

in Taiwan about uh hey are you going to

introduce a new clip style that's maybe

a little more mechanically uh clear when

it snaps into place and so far no one

has done something new for that that's

something PCI Sig is talking about this

90 degree is a separate product from

this so you could use them together but

they're not they're not meant to be sold

together this is a fin stack so this

one's not painted black yet this is

these are all prototypes to be very

clear about that so finstack on the top

which contacts to uh you can see it here

a thermal pad thermal pad goes to the

PCB which goes to an MCU so there's a

microcontroller on there the

microcontroller is kind of interesting

because you send a lot of power across

this board right here for just to turn

at 90 degrees but what it's looking at

is the temperature of the MCU and the

PCB and therefore kind of the connector

but indirectly and if it hits a certain

trigger threshold then it'll cut power

it'll shut down which is supposed to be

a safety switch for some of those 12

volt high power issues that we talked

about over the last couple months now as

for what exactly that temperature should

be that's a little more challenging

because the connector on the 12 volt

high power thing if you throw a camera

it's like 60 to 65 is where it typically

is but then it starts to really run away

fast as soon as you hit 70. problem is

if you have the temperature too low for

the shutdown on the MCU then you risk

accidentally shutting it down when it's

otherwise come completely safe just

because maybe the ambient temperature is

high in the case or because you have a

GPU like this maybe it's exhausting it's

hot air straight into the 90 degrees

they have to run the shutdown

temperature a little on the higher side

to make sure it doesn't just turn off

unnecessarily which is sort of the

opposite end of the the safety

protection so that's a 90 degree there's

going to be a black and a white version

of it the final versions will change

some of the coloring and things that

look cleaner in the plastic housing it

changes to the color on the connector

itself and then these actually don't

even have I don't think Terminals and

pins in them right now so that's not

final yet but those are some of the

changes they're making for the wire

gauge on the streamer this is going to

be a 16 gauge wire for the actual power

line which is what this is right here it

has a strain relief molded in into

plastic at the ends of the cable where

the connector is which prevents bending

at the most critical spot of the cable

and then for contact it's soldered not

crimped so they're soldering in uh and

we have some pretty cool shots in

software of the interior design and

assembly of this that we'll show on the

screen as well to give you an idea uh

Jameson what was the material LCP is

that that red material Liquid Crystal

polymer yeah so the Liquid Crystal

polymer yeah uh which is supposed to be

more thermally resistant I am not

personally familiar with it but that's

what they're using for the red material

that you'll see in the screenshot on the

screen now for the fans Liam Lee has

done unifans for a couple years now

we've shown them since one of the CES

prototypes this is the newer unifan

where they slide apart like that and

then connect together these pin to pad

contacts for

power daisy chain down the fan line uh

you see there's another one here if you

want to do another there's another one

over here which just is cable clutter

elimination so this uh this has already

been announced and shown we won't really

spend any time on it but they're still

making the unit fans they still have the

same snap together functionality that

has improved with the newer version

however the aios

the liquid coolers since they come with

fans as basically all aios do you end up

in the conundrum of if you want unifans

on those for

the side lighting uh side RGB lighting

you basically needed to buy a different

fan to to upfit it because the one that

comes on it is is not as complete but

landly is looking at selling packs of

these add-ons which I think it's going

to be roughly 15 for three of them yeah

is the

theoretical price right now and these

snap onto the fan Jameson I'm going to

request your assistance okay and demoing

I'm gonna use the white one so

um

foreign

usually the fan will have its side plate

so the side plate can be removed once

it's removed and you wanted to build the

use the the side RGB kit it simply just

clip on

okay right and then you can do that on

two sides if you wanted to yeah

so the cable it's also a quick connect

cable

um so once you plug in the lights will

turn on right

there you go cool so that would be your

upfit solution if you had the fans on

the uh on the AIO but you didn't want to

just like toss them or throw them

somewhere else in the case and you

didn't necessarily want to invest in

like the full unifan yeah also the idea

here is uh because the materials we use

for you know like the if you have wanted

blade to be illuminated usually the

material is either PC or ABS so that

material will be not as uh as hard as

like for example like LCP PPS or PBT

um so we want harder materials on the uh

on the impeller so that will generate a

better performance right yeah yeah that

should also help with things like

reduction of vibration across the blade

yeah and it also helps with keeping

shape of the blade as you want the blade

as close to the inner wall these are

like super close by the way yeah that's

close to the inner wall of the fan as

you can uh

for best performance but then the risk

with that is over time as it ages

there's a chance that the Blade clips

the inner wall you use the right

materials it's not a problem if you

build it like enter Max built their fans

did their fans they had for the reverse

dust marketing [ __ ] sorry I'm not

trying to get Jamison on camera for my

rats about intermax uh then what will

happen is the blade will dig into the

inner wall and it eventually stops so

the material that he's talking about is

is pretty important actually with fan

blade cool so I think that covers

everything on the table as much as I can

uh as much as I can remember it and

Jameson thank you for joining as well

for some of the assistance subscribe for

more as always go to patreon.com

it helps out directly and check back for

when we have the full review of the case

because uh this I really want to work on

Patrick will do all of the analysis on

it as always in the lab but it's still a

little ways out thanks for watching

we'll see you all next time