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Russia Gets First Batch of Arm-Based Homegrown SoCs: All 66 Kgs of Them

Baikal Electronics
(Image credit: Baikal Electronics)

Baikal Electronics, a chip designer from Russia, has received the first commercial batch of its Baikal-M system-on-chips from manufacturing partner TSMC. The SoCs will enable Baikal's partners like iRU to start production of 'all-Russian' PCs, yet the volumes of chips that Baikal can procure from TSMC will hardly let such computers to compete against x86-based systems in terms of volumes.

Baikal Electronics this week got 5,000 Baikal-M (BE-M1000) SoCs from TSMC, reports CNews. The 'package' weighs 66 kilograms (which means 13.2 grams per SoC), according to the company, a novel method to quantify semiconductors. Due to global chip shortage and high utilization rate of TSMC, the shipment was delayed by about four months. Meanwhile, the company expects to start getting 10,000 – 15,000 SoCs per months starting early next year.  

"We expect the entire supply chain to start operating at full capacity — at 10 – 15 thousand chips per month — starting from January-February," said Andrey Evdokimov, chief executive of Baikal Electronics, in an interview with CNews. Establishing mass production is a complex task, and we have invested massively in it in order to ensure the stability of supplies and to minimize risks at all stages of production." 

The head of Baikal Electronics refused to reveal which companies would get the Baikal-M SoCs first, but at least one Russian PC maker announced mass production of computers powered by the SoCs back in August. The company advertised the systems as 'all-Russian' computers that use hardware and software designed in Russia. But the memory, SSDs, HDDs, and other components were neither designed nor produced in Russia. 

Baikal

(Image credit: CNews)

10,000 – 15,000 of Baikal-M SoCs per month does not seem to be a significant number. Yet, one should keep in mind that these processors will power some of the entry-level systems used by the government as well as state-owned companies and organizations for general workloads that do not need high performance.  

By today's standards, the Baikal-M1 is not exactly a performance powerhouse. The SoC packs eight fairly outdated Arm Cortex-A57 cores (first appeared in commercial products in 2015) operating at 1.50 GHz and outfitted with an 8MB L3 cache. The SoC also features an eight-cluster Arm Mali-T628 GPU with two display pipelines, a dual-channel DDR3/DDR4 controller, and supports six USB 2.0/3.0 ports (four USB 2.0, two USB 3.0), 16 PCIe 3.0 lanes (x8, x4, x4), two GbE ports as well as two 10GbE ports.  

Despite its rather mediocre configuration and feature set, the 28-nm Baikal-M has an up to 35W TDP, which is okay for mainstream desktops and entry-level laptops, but which excludes these SoCs from various sleek PC designs and various small form-factor edge applications.

  • Nolonar
    The title says: "All 66 Kgs of Them", but the article says: "The 'package' weighs 55 kilograms". What about the remaining 11 kg?
    Reply
  • coolestcarl
    Nolonar said:
    The title says: "All 66 Kgs of Them", but the article says: "The 'package' weighs 55 kilograms". What about the remaining 11 kg?
    Its Russian Standard packaging ;)
    Reply
  • Krotow
    Nolonar said:
    What about the remaining 11 kg?

    Weight of bribe money for local officials.

    fabbed in Taiwan

    That is not right. Serious Russian CPU must be fabbed from stone and blood by GULAG prisoners in northern death camps at former Kuzma's Mother bomb blast site in Novaya Zemlya. And each batch must be consecrated by the Patriarch of Moscow and all Rus himself.
    Reply
  • thisisaname
    Except they are not very Russian designed seeing they are of the shelf CPU and GPU nor if TSMC made them very Russian built.
    Reply
  • JarredWaltonGPU
    coolestcarl said:
    Its Russian Standard packaging ;)
    I'm guessing Anton accidentally hit 55 instead of 66. 5000 * 13.2 = 66,000g, which was my math yesterday for this. I've edited the article to fix the math error.
    Reply