Software

AI + ML

IBM Japan and NTT think they can make datacenter aircon adjust to different workloads

They're measuring server exhaust temperatures to detect power consumption


Datacenters make a lot of hot air, and IBM Japan and NTT Group's in-house integrator NTT Comware think they can use it to calculate power consumption and CO2 emissions – and maybe reduce both.

Their technique uses temperature sensors placed around a datacenter – an approach that means servers don't need to be reconfigured to produce useful data about the heat they produce.

The two orgs tested their tech in Japan last year, in NTT Comware's own datacenter, and found a strong correlation between exhaust heat temperature and power consumption.

Because this is 2024, that correlation was found with the help of a machine learning model that neither party has detailed. The Register imagines at the very least the model will need to take into account the by-design temperature differences found around a datacenter, and perhaps also be able to infer that a large hot server is full of large hot GPUs.

The pair are productizing their efforts, through Big Blue's Maximo asset management software.

Among the features the partners hope to deliver is precise control of air conditioning systems based on an understanding of servers' collective power consumption.

Datacenter operators are the target for this tech and it's not hard to see why: cooling is one of their major costs and they need to provide enough of it to keep all tenants' kit humming at full capacity.

While servers can report on their performance, isolation and privacy are the foundation of datacenter hosting services. Sniffing the wind to gather the data needed to optimize cooling therefore offers datacenter operators a chance to improve their operations without scaring customers, potentially reducing costs … and maybe passing those savings on to tenants.

Even if that doesn't happen, power savings that reduce CO2 emissions will be widely welcomed.

IBM and NTT expect that their efforts could also be used to create more efficient hardware and software.

A demo of the tech in action is on offer in IBM's new Japanese HQ in Toranomon Hills Station Tower. Cherry blossoms will start blooming there in a few weeks – another reason for a visit. ®

Send us news
17 Comments

Datacenter vacancies hit record low as power shortages stall projects

Supply chain and tariffs issues could spell trouble across multiple markets, warns JLL

IBM dodges BMC's $1.6B bullet in US as London court slaps down LzLabs

Big Blue's legal eagles soar on both sides of the pond

IBM boss Arvind Krishna pockets 23% pay rise to $25M

What about the average Big Blue worker? $48,582 up from $43,069

Schneider Electric plugs into AI's power hunger with Nvidia digital twin tech

Because guesswork won't keep the lights on

It looks like IBM is cutting jobs again, with Classic Cloud hit hard

We're told thousands may soon get a pink slip from Big Blue

IBM scores perfect 10 ... vulnerability in mission-critical OS AIX

Big Blue's workstation workhorse patches hole in network installation manager that could let the bad guys in

AI bubble? What AI bubble? Datacenter investors all in despite whispers of a pop

Billions continue to pour into bit barns across the globe

Nvidia's Vera Rubin CPU, GPU roadmap charts course for hot-hot-hot 600 kW racks

Now that's what we call dense floating-point compute

Amazon, Meta, Google sign pledge to triple nuclear power capacity by 2050

AI doesn't run on fairy dust after all

Microsoft tempted to hit the gas as renewables can't keep up with AI

So much for 'carbon negative by 2030'

Frack to the future? Geothermal energy pitched as datacenter savior

If operators are willing to cough up a 'green premium' and tax credits are not repealed

Nvidia wants to put a GB300 Superchip on your desk with DGX Station, Spark PCs

Or a 96 GB RTX PRO in your desktop or server