Intel 13900K & 13600K Temperature Myths BUSTED

Summary

This video explores the performance and cooling requirements of Intel's 13th gen processors, focusing on the 13900k and 13600k. It investigates how different cooling solutions, from budget air coolers to high-end AIOs, impact temperatures and clock speeds. The video clarifies misconceptions about the processors' power consumption and cooling needs, revealing that while the 13900k demands robust cooling for optimal performance, especially in all-core workloads, the 13600k is more forgiving. It also addresses motherboard settings that can push CPUs beyond Intel's specs, affecting temperature and power draw, and provides insights into gaming performance across various coolers.

Takeaways

• 🚀 The launch of Intel's 13th gen processors has sparked debates on their performance and cooling requirements.
• 🔥 Early reviews were polarized, with some claiming the processors were power-hungry and difficult to cool, while others found them manageable with typical air cooling.
• 🌡️ The video aims to explore the middle ground, testing various cooling solutions from budget air coolers to high-performance AIOs on Intel's 13th gen CPUs.
• 💰 The Deepcool AK-400 and AK-620 air coolers, along with Deep Cool's LT series AIOs, are tested to see how they perform with the new processors.
• 🔋 The video discusses the power levels of Intel's CPUs, highlighting how motherboard settings can push beyond Intel's maximum Turbo Power, leading to high temperatures and power consumption.
• ❌ Some motherboards' auto settings can lead to excessive power draw and heat, which is not recommended for long-term use and can be controlled with manual settings.
• 🎮 For gaming, the 13900k is much easier to cool, and high-performance can be achieved even with quieter cooling solutions.
• 📉 The performance difference between various coolers is minimal in gaming scenarios, suggesting that the 13900k is more manageable than initially feared.
• 🆚 The 13600k, being a more budget-friendly option, is shown to be easier to cool and performs optimally even with entry-level air coolers.
• 🔧 The video concludes that while the 13900k may require robust cooling for intensive all-core workloads, the 13600k is more forgiving and suitable for a wider range of cooling solutions.

Q & A

What are the two common categories of reviews for Intel's 13th gen processors?

The reviews for Intel's 13th gen processors typically fell into two categories: either they were described as fire-breathing monsters with high power consumption and difficult to cool, or they were considered power-hungry but easier to cool than expected.

What is the role of air cooling in keeping Intel's 13th gen CPUs at optimal frequencies?

Air cooling is sufficient to keep a processor like the 13900k cool enough to reach optimal frequencies, suggesting that typical air cooling solutions can manage the heat output of these CPUs effectively.

What are the two types of air coolers mentioned in the script for testing Intel's 13th gen CPUs?

The two types of air coolers mentioned are the Deepcool AK-400, a budget heatsink, and the Deepcool AK620, which matches the performance of top-tier air coolers in most tests.

What is the significance of the Deepcool LT series AIOs in the context of the video?

The Deepcool LT series AIOs are highlighted as some of the best-looking AIOs with a simple yet cool geometric pattern and are competitively priced, making them a significant part of the cooling solutions tested in the video.

What is the 'Running Without Limits' setting on some motherboards, and how does it affect CPU power consumption?

The 'Running Without Limits' setting on some motherboards allows the CPU to push beyond Intel's maximum Turbo Power, reaching up to 300 watts, which can lead to extremely high temperatures and power consumption.

How does the power consumption of the 13900k CPU behave under different motherboard settings?

The 13900k CPU's power consumption can vary significantly depending on the motherboard settings, with some settings pushing it to 300 watts and others adhering to Intel's default of 253 watts or a predetermined period before reducing power.

What is the impact of the extra power consumption on the 13900k's overall clock speeds?

The extra power consumption, while leading to higher temperatures, does not significantly affect the overall clock speeds over longer periods, with the difference being less than a three percent bump in frequencies.

How do the 13600k CPUs handle power consumption and cooling compared to the 13900k?

The 13600k CPUs handle power consumption and cooling more efficiently, with the ability to hit maximum frequencies even with less expensive cooling solutions, making them easier to cool than the flagship 13900k.

What is the 'Intel's defaults' setting and how does it affect the 13600k CPU's performance?

The 'Intel's defaults' setting ensures the 13600k CPU operates within Intel's specified power limits, which is sufficient for the CPU to achieve maximum turbo frequencies without the need for additional cooling or power headroom.

What is the conclusion regarding the cooling requirements for Intel's 13th gen CPUs based on the video script?

The conclusion is that while the 13900k may require a more robust cooling solution for optimal performance, especially in all-core workloads, the 13600k is much easier to cool and can achieve peak performance with even entry-level air coolers, making it a more manageable option for users.

Outlines

00:00

🔥 Intel's 13th Gen Processors: Power and Cooling Challenges

The paragraph discusses the mixed reactions to Intel's 13th generation processors, which were either seen as powerful but power-hungry beasts or more manageable than expected. The video aims to explore the truth behind these processors' cooling requirements. It introduces various cooling solutions, from budget air coolers like the Deepcool AK-400 to high-performance AIOs from Deep Cool's LT series. The script also mentions a video sponsor, Phantix, and their new G360A case, which is designed to accommodate large radiators and improve cooling. The focus is on understanding how these cooling solutions perform with Intel's new CPUs, especially in terms of temperature and clock speeds.

05:03

💻 Diving Deep into Intel's 13th Gen CPU Cooling and Performance

This section delves into the specific behaviors of Intel's 13th generation CPUs, particularly the power consumption and thermal management. It explains the difference between PL1 and PL2 power levels and how they affect performance. The video script highlights how some motherboards push beyond Intel's recommended power limits, leading to high temperatures and power consumption. The script also discusses the impact of these settings on long-term clock speeds and the diminishing returns of extreme cooling solutions. The aim is to show that while high-end cooling is beneficial, even budget air coolers can achieve near-optimal performance under certain conditions.

10:03

🎮 Balancing Cooling and Gaming Performance for Intel's 13900K

The paragraph focuses on the practical aspects of cooling for gaming with the Intel 13900K processor. It contrasts the high power demands of all-core workloads with the more manageable heat output during gaming. The video script suggests that while the 13900K can be challenging to cool under heavy loads, it is much more forgiving during gaming, where even quiet acoustic settings can maintain low temperatures. The discussion also touches on the performance differences between various cooling solutions, indicating that high-end AIOs show their strength in gaming but that air cooling is also sufficient.

15:05

🌡️ Cooling the 13600K: An Entry-Level Perspective

This part of the script addresses the cooling requirements of the more budget-friendly 13600K processor from Intel's 13th generation. It compares the power consumption and thermal performance of the 13600K with the flagship 13900K, finding that the former is easier to cool. The video script explores different cooling scenarios, from high-end AIOs to entry-level air coolers, and concludes that even basic cooling solutions can keep the 13600K performing at its best. The takeaway is that, unlike the 13900K, the 13600K does not require an extravagant cooling setup to achieve optimal performance, which is reassuring for those on a budget.

📊 Wrapping Up: Cooling Insights for Intel's 13th Gen Processors

The final paragraph summarizes the video's findings on cooling Intel's 13th generation processors. It emphasizes that while the 13900K demands robust cooling for intensive all-core workloads, it is not as difficult to cool as some might think, especially for gaming. The 13600K, on the other hand, is described as much easier to cool, with even entry-level heatsinks being sufficient. The video aims to alleviate concerns about the new CPUs' cooling needs and provide a clear understanding of what to expect when choosing a cooling solution for these processors.

Keywords

💡13th gen processors

The '13th gen processors' refers to the thirteenth generation of Intel's line of central processing units (CPUs). These are the latest in a series of microprocessors designed for various computing needs. In the video, the launch of these processors is a central theme, with discussions revolving around their performance, power consumption, and cooling requirements. The script mentions how these processors have raised questions about their power efficiency and thermal management, indicating their significance in the video's narrative.

💡Cooling solutions

In the context of the video, 'cooling solutions' refers to the methods and devices used to dissipate heat generated by the 13th gen processors to prevent overheating and ensure optimal performance. The video explores different types of cooling solutions, including air cooling and all-in-one (AIO) liquid cooling systems. The effectiveness of these solutions is evaluated based on their ability to keep the processors within safe temperature ranges and achieve maximum clock speeds, as illustrated by the testing of various coolers like the Deepcool AK-400 and the LT series AIOs.

💡Power levels

The term 'power levels' in the video pertains to the electrical power consumption of the CPUs, which is a critical factor affecting their performance and thermal output. The script discusses how Intel's PL1 (long-term power limit) and PL2 (short-term power limit) settings influence the processors' power consumption and how some motherboards might push beyond these limits for higher performance. Understanding power levels is essential for evaluating the thermal and performance characteristics of the 13th gen processors.

💡Alder Lake

Alder Lake is mentioned as a reference to Intel's previous generation of processors, which established certain power management paradigms. The video compares the power characteristics of the 13th gen processors to those of Alder Lake, highlighting how the new generation's power handling has evolved. Alder Lake serves as a benchmark for discussing improvements or changes in power efficiency and thermal management strategies in the latest processors.

💡Raptor Lake

Raptor Lake is another name for Intel's 13th gen processors, as mentioned in the script. It is used to discuss the specific features and behaviors of these processors, such as their power consumption and thermal management capabilities. The term is significant as it helps to frame the discussion around the performance and cooling requirements of the latest Intel offerings, providing a context for the video's exploration of cooling solutions and power management.

💡AIO coolers

AIO coolers, or All-In-One liquid coolers, are a type of cooling solution that uses liquid to transfer heat away from the CPU. In the video, AIO coolers are compared with air coolers to evaluate their effectiveness in managing heat from the 13th gen processors. The script mentions specific AIO models like the Deep Cool LT series, discussing their performance, aesthetics, and price points, which are crucial for consumers considering their cooling options.

💡Thermal velocity boost

Thermal velocity boost is a feature of Intel's 13th gen processors that allows for higher clock speeds if the processor is running cooler than expected. The video discusses how this feature can impact the performance of the CPUs, particularly when used with effective cooling solutions. It's an example of how advanced thermal management can unlock additional performance in modern processors.

💡Turbo Boost Max 3.0

Turbo Boost Max 3.0 is a technology that allows Intel processors to dynamically increase the frequency of some cores above the base frequency, based on demand and thermal headroom. The video touches on this technology as part of the discussion about how the 13th gen processors manage power and heat to achieve higher performance. It's a key feature that differentiates the performance of different cores within the same processor.

💡T-junction

The 't-junction' refers to the maximum temperature threshold at which a CPU will begin to throttle its performance to prevent damage from overheating. In the video, the t-junction is mentioned in the context of how some motherboards push CPU power consumption to the maximum allowed by the processor, which can lead to temperatures approaching the t-junction. Understanding the t-junction is important for assessing the thermal limits and safety mechanisms of the 13th gen processors.

💡Gaming workloads

Gaming workloads are a specific type of application load that the video uses to evaluate the thermal and performance characteristics of the 13th gen processors. The script contrasts gaming workloads with all-core rendering workloads, noting that the former typically requires less power and heat management compared to the latter. This distinction is important for understanding the practical implications of the processors' cooling requirements for everyday users, especially gamers.

Highlights

Intel's 13th gen processors have been met with mixed reviews, with some claiming they are power-hungry and difficult to cool, while others find them manageable.

The video aims to explore the middle ground between these two perspectives, focusing on how different cooling solutions affect performance.

The Deepcool AK-400 is a budget air cooler, while the AK-620 matches high-end performance in many tests.

Deep Cool's LT series AIOs offer a good balance of aesthetics and performance at a reasonable price.

The video discusses the behavior of Intel's 13th gen CPUs, particularly the power levels and how they relate to cooling.

Some motherboards push power limits beyond Intel's maximum Turbo Power, leading to higher temperatures and power consumption.

The video demonstrates how the 13900k behaves under different power settings, showing the impact on temperatures and clock speeds.

The 13900k can reach up to 300 watts under certain motherboard settings, leading to high temperatures and power consumption.

The video compares the performance and temperatures of various cooling solutions, from air coolers to AIOs.

High-end air coolers and AIOs can achieve optimal performance from the 13900k, but the difference in performance is minimal between them.

Gaming performance of the 13900k is easier to cool, with even entry-level coolers providing adequate temperatures.

The 13600k, as an entry-level processor, is shown to be easier to cool and perform optimally even with basic cooling solutions.

The video concludes that while the 13900k may require a robust cooling solution for all-core workloads, gaming performance is more manageable.

For the 13600k, even a good entry-level air cooler is sufficient to achieve optimal performance.

The video emphasizes the importance of choosing the right cooler, even for budget processors, to ensure optimal performance.

The conclusion highlights that out-of-box results can vary significantly between motherboards due to different power settings.

Transcripts

well hello everybody this is going to be

a really interesting video for me

personally and I hope it's going to be

for you too because the launch of

Intel's 13th gen processors probably

raised a lot more questions than it had

answers for a lot of you guys because on

the day it launched reviews typically

fell into one of two categories either

these processors were fire breathing

monsters that sucked back a ton of

electricity and were almost impossible

to cool or the reviews like ours said

these things they are still power hungry

but they are a lot easier to cool than

you might imagine that means that

typical air cooling can keep something

like the 13900k cool enough to reach

optimal frequencies but which is right

which is wrong is there even a middle

ground to that that's what I wanted to

find out in this video this isn't going

to be your typical temperatures versus

clock speeds video either or one of

those sort of side notes that's shoved

to the end of a video because I really

wanted to go in depth and discuss how

different cooling solutions from basic

heatsinks to aios behave on Intel's 13th

gen CPUs from the air cooler side

there's the deepcool ak-400 which is a

budget heatsink that goes for about 35

bucks these days there's also the ak620

which happens to be able to match the

best of the best air coolers in most

tests for aios I've Got Deep Cool's

brand new high performance LT series and

these are probably some of the best

looking aios I've seen so far there's

just the right amount of bling with this

simple but oh so cool geometric pattern

on the pump and the price is pretty

sweet too at about 140 bucks for the 360

millimeter and 110 for the 240

millimeter design and for those of you

keeping track at home that 240

millimeter that's pretty close to

high-end air coolers these days too and

at this point we may as well take a

little bit of a breather I guess and

talk about today's video sponsor Dimitri

take it away buddy the all-new g360a by

phantix bringing updated design inside

and out to refresh the p360a chassis

with a legendary breathable dual durable

mesh front panel for improved Cooling

and that awesome illumination peeking

through via the 3D RGB front fans the

interior is now made to accommodate 360

million radiators at the front and top

longer GPU support and user-friendly

assembly the dual color options are

great for an all-wide build with

complementing cooler fans and PSU so

check out the new phantix g368 cases

down below so let me start right off at

the top by describing some of the crazy

crazy behavior that we're starting to

see on Intel's 13th gen CPUs it's so

frustrating I'm telling you guys this is

gonna be really me angry because we've

been down this road over and over and

over again and it keeps on coming up so

I guess the first thing I have to talk

about is Intel's power levels before

Alder lake pl2 or power level 2 was the

maximum allowable power for short

durations usually used for bursts of

higher clocks at the beginning of an

all-core workload after that short PL 2

bursts the chip would fall to pl1 which

is the long-term power limit as of Alder

Lake and now Raptor Lake pl1 and pl2 are

essentially the same if and only if your

motherboard can handle it so the

processor will strive to remain as close

as possible to its maximum turbo power

provided it's running cool enough

anyways the maximum Turbo Power

according to Intel for the 3900k and the

13700k is 253 Watts meanwhile the 13600k

gets cut back a bit to 181 Watts now

that seems pretty simple on paper right

and on Intel's website but this is where

we get into some dodgy ass motherboard

business that's because many but not all

boards push things even further than

Intel's maximum Turbo Power right out of

the box in their Auto settings without

any user input why well to win or cheat

or whatever you want to call it in

comparative benchmarks Asus calls it

multi-core enhancement or MCE on MSI

it's enhanced turbo and gigabyte has

enhanced multi-core performance and so

on but regardless of what the feature is

called it'll push wattage to the maximum

allowed by Raptor Lake even if it's

beyond Intel's own guidelines until it

hits its t-junction which is 100 degrees

Celsius thereafter it's gonna do one of

two things either it's going to keep on

going Balls to the absolute wall or it's

going to back off the gas a little bit I

wanted to actually give you a little bit

of a snapshot of what that looks like

with the z790 Maximus hero and a 360

millimeter AIO running at 100 fan speed

in an all-core blender workload and

during a 10 minute workload here's how

the 3900k behaves when running at

Intel's defaults it stries to hit 253

watts and since there's enough cooling

capacity that's exactly what it does for

the entire run some manufacturers Asus

included have their Auto setting pegged

the 13900 K to 300 watts and around 100

degrees Celsius for a predetermined

period of time in this case it's 96

seconds and then dial down to the cpu's

maximum Turbo Power of 253 Watts again

it's sort of like a pl1 pl2 situation

for Raptor Lake others just shoot for

the moon and remove Intel's limits all

together as their out of box default the

hero has a setting which does that too

but you physically have to select it

unlike some other manufacturers where

the auto setting behaves exactly like

this and this is what running Without

Limits does the motherboard does

absolutely everything it possibly can to

hit the absolute maximum CPU wattage

which in this case is 300 watts the only

thing that holds it back is you guessed

it temperatures because the effect of

running Without Limits on temperatures

is pretty damn dramatic we're talking

about running straight up to 100 degrees

almost all the time that's a massive

difference from running at Intel stock

settings or even the Asus Auto profile

that eventually Falls right back into

line with Intel's default spec and look

this is exactly why you're seeing so

much talk about 300 watt fire breathing

13900ks it's not even sensationalizing

per se because on some but not all

motherboards this CPU will run hot and

consume absolutely insane amounts of

power while Intel allows this and caused

their own specifications guidance or

guidelines this is something that

happened actually back in the z490 days

and everybody and I mean everybody was

critical of motherboards enabling MCE

when they just come out of the box when

you just pop a chip in there what has

changed I have no idea one thing is

certain though showing this kind of

behavior it makes for an amazing

thumbnail I'll give everybody that but

there's one thing that you also really

have to take into account here all that

extra juice doesn't really affect

overall clock speeds over longer periods

of time while the Asus Auto setting will

be amazing for bursty workloads like

short benchmarks the final Delta between

running at Intel's bone stock config and

Without Limits at close to 300 watts on

average is 150 megahertz yup that's

about it all that power and heat for

less than a three percent bump in

frequencies so it's pretty simple isn't

it if you are running one of those

motherboards that runs your 3900k

Without Limits out of the box or you set

No Limits yourself you're obviously

going to need one of these guys a 360

millimeter AIO running at close to 100

fast speed period point you can stop

watching the video right now but what

happens if your motherboard runs at

Intel's defaults or falls into the same

category as the Asus one here which goes

all out for a little while but then

settles down to the standard 253 watt

Baseline in terms of raw temperatures at

50 fan speed all these cooler what do

you know get hot even with the fans

running full out over 90 degrees is

pretty much par for the course for

anything under a 360 millimeter

all-in-one liquid cooler but after

seeing the correlation between

temperatures power and clock speeds

before these readings don't really

matter all that much since a cooler can

be running hot but that doesn't mean

it's running slow and the 3900 case

frequencies prove that at half fan speed

none of them Throttle Down to Intel's

base clock yet there's some benefits to

upsizing your cooler or running with

high-speed fans when running on all core

workload on this chip once everything is

said and done the Delta between the best

cooler here running all out and a basic

heatsink like the ak-400 operating at a

near silent fan profile is about 350

megahertz meanwhile looking at actual

performance you can clearly see there's

a lot of diminishing returns here even

an air cooler like the ak-620 can get

the chip running at almost Peak

Performance while running super quiet

increasing fan speed Narrows that Gap

even more where there's only about 30

seconds separating the 360 millimeter

AIO from the budget heatsink across a 14

plus minute render all this isn't to say

that you should be cheaping out on a

cooler when you're buying an ultra

high-end processor like the 3900k

absolutely not you should not be looking

at cheaping out on basically anything if

you're blocking down that kind of money

for a CPU but what it does prove is that

without all that motherboard

Ridiculousness stepping in you can

achieve Optimal Performance from the

13900k with a high-end air cooler but

what about gaming because I know and you

guys know that the vast majority of

people who are looking for this

processor are going to be using it

probably for gaming not for all core

rendering workloads because the vast

majority of people who are doing those

high level renders in Maya in blender

have moved on to GPU you compute anyways

and there's obviously a lot less power

needed for gaming than a full core load

so even with ultra quiet Acoustics the

3900k is a hell of a lot easier to cool

boost RPM more and temperatures plunge

even further the two aios though do show

their strengths over air cooling yet

there's a flip side to that coin because

every single cooling solution here

allows you to get the best possible

performance when we run an average

across six games so by this point I'm

sure that some of you maybe a few of you

are starting to reevaluate what the

common narrative is about the 13 900k I

mean look once you take those

motherboard Shenanigans out of the

equation it is still extremely hard to

cool except in gaming to a certain

extent and the amount of power that it

consumes will probably make a fx9590

weep but it is a lot more manageable

than you might have originally thought

and what about the 13600k for the time

being it's is the entry-level processor

of Intel's 13th gen so it's bound to be

popular but being more budget friendly

comes with some strings attached too

first and foremost it needs to be easier

to cool than a flagship CPU because the

last thing I want is to spend a small

fortune trying to tame a 330 dollar

processor so let's set the stage to see

how it behaves Without Limits at asus's

Auto limits and at Intel's defaults well

isn't this interesting at every single

setting the power consumption stayed

exactly the same in this all core

blender load it just sticks to an

average of 135 Watts not Intel's maximum

Turbo Power of 181. let's dive a bit

deeper to see exactly what's happening

first of all it's pretty obvious the 360

millimeter AIO keeps the 13600k cool

enough I mean it doesn't go above a peak

of 67 degrees even in the worst case and

this is exactly why nothing's moving

this chip was able to hit maximum

frequencies with without needing Intel's

180 watt maximum Turbo Power and it did

it with temperature Headroom to spare

that's the trifecta for Raptor Lake

folks to break that down just a little

bit more rather than looking at averages

Intel lists the maximum turbo frequency

here as 5.1 gigahertz on the p-cores and

3.9 on the e-cores now that is exactly

exactly what we got even though this

chip has 54 Watts technically of

additional Headroom it will not go one

iota above that without manual

overclocking this is completely

intentional too since the last thing

Intel wants is for the 13600k to

potentially compete against a more

expensive 13th gen CPU meanwhile the

13900k can swing for the fences with its

unique thermal velocity boost and turbo

boost max 3.0 Technologies but what we

saw just now was the lt720 360

millimeter AIO running at 100 fan speed

so that is the best of the best

situation outside of I guess a custom

Loop that you would see on the 13600k

but what happens if you just link that

with more affordable air Cooling and

water cooling solutions well with fans

running at half speed everything here

gets decent numbers even the entry level

ak-400 turn things up a notch and

temperatures of course go lower but does

the 20 degree Delta between the coolest

running heatsink and the hottest one

actually make a difference the answer is

nope not one bit because even when

running at 85 Degrees the 13600k can

still hit its maximum turbo frequencies

so 5.1 gigahertz on the P cores and 3.9

on the e-cores for an average of 4.8

across all cores even in a workload like

this of course that also leads to

Performance being identical regardless

of the cooling solution too I just need

to emphasize again though make sure you

get the best cooler you can afford even

if it's a less expensive air cooler

because as far as entry level air air

coolers go the ak-400 so this guy right

here is one of the better ones on the

market so it might give some people and

I'm talking to you whoever you're going

to be a little bit of overconfidence

that you can completely cheap out on an

air cooling solution when it comes to

cooling the 13600k and it really is not

okay but anyways I wanted to move on to

gaming here and I'm going to go through

this really really quickly since power

input is so low the amount of heat being

produced is less too so pretty much any

decent cooler yes even small form factor

heatsinks will be more than enough to

keep the 13600k cool during gaming

workloads of course there might be some

edge cases out there but overall every

single one of these coolers in this

video from a 360 millimeter AIO to the

ak-400 was able to deliver low

temperatures and identical gaming

performance and that's good news for

anyone who might be worried after seeing

some of those far out 3 900 K results

and that's pretty much it and I'll be

completely honest with you unlike a lot

of times I don't really have much to add

to this conclusion because I think the

numbers speak for themselves it's pretty

obvious if you are running an intensive

all core workload all day every day the

13900k even operating at Intel's limits

will require a beefy cooling solution in

order for it to hit Optimal Performance

but it's nowhere near as bad as some

people make it out to be especially in

gaming you just need to understand that

out of box results will vary in a

massive way from one motherboard to

another since some of them run the chip

outside of Intel specifications on the

other hand the 13600k is infinitely

easier to cool even a good entry-level

heatsink will have the chip running at

its best so I guess that's it for this

video I really hope that you enjoyed

this one at the very least I hope it

cleared up a little bit of the confusion

surrounding these new chips from Intel I

know that a lot of you said to me when I

did it for the rise 7000 series it

really helped I guess take away some of

the fears about cooling those chips and

maybe added a few more anyways I'm Mike

with Hardware Canucks and I will see you

in the next one have a good day guys