Hi DB,He apparently deduced, that the PC Development Kit "consumed 180w" from the reference [88] but I can't find the original paper, from your link..
It's possibly from the PC shuttle specifications here?
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Akida™ Development Kit - Shuttle PC
Specifications Storage – SATA / M.2 1x 2.5" bay for SATA hard disk or SSD, max. 9.5 mm 1x M.2-2280M slot (supports PCIe x4 NVMe or SATA) 1x M.2-2230AE for an optional WLAN card Connectors HDMI 2.0a D-Sub VGA 4x USB 3.2 Gen1 4x USB 2.0 1x USB 2.0 internal USB stick 2x audio (line out, mic) Intel...shop.brainchipinc.com
Which only lists the power supply, as I've stated.
View attachment 53528
Things electrical are like "black magic" to me, but maybe someone here, more electrically inclined, can comment if power consumption, can be ascertained from the provided power supply.
I personally think Peter would be horrified, if AKIDA consumed 180w..
The 180 W has nothing to do with Akida's power consumption. It refers to the Shuttle PC power supply. This is an example of a Shuttle PC into which the Akida PCIe board could be plugged:
https://www.catch.com.au/product/shuttle-xh510g2-slim-mini-pc-5l-barebone-intel-11-10th-gen-pcie-x16-pcie-x1-lan-hdmi-dp-2x-ddr4-2-5-hdd-ssd-bay-2xm-2-2280-180w-11482534/?offer_id=91722247&ref=gmc&st=123&iv_=__iv_p_1_a_662349084_g_1244648463498082_c__k__m_e_w_pla-4581390093492546_n_o_d_c_v__l__t__r__x__y_81285_f_Online_o_91722247_z_AU_i_EN_j_4581390093492546_s__e__h__ii__vi__&msclkid=2bf6b4da83fc189e8648d14362653d72&utm_source=bing&utm_medium=cpc&utm_campaign=Sparro | PMax | Marketplace | No-Sale | Superbands Experiment&utm_term=4581390093492546&utm_content=Ad group
Shuttle XPC slim XH510G2 equips with Intel H510 chipset, which expertly supports Intel 11th Gen LGA1200 65W Core CPU delivers high-performance computing for applications that demand high-speed processing and computer vision. Despite its 5-liter compact chassis, XH510G2 provides a PCI-Ex16 slot to install an extra dual slot graphics card, capture card, or more to meet diverse application requirements. The XH510G2 also offers multiple interfaces to connect peripherals, including 4x USB 3.2 Gen1, 4x USB 2.0, an HDMI 2.0, a DisplayPort 1.4, SATA connectors, M.2 slots, and Intel Gigabit LAN. These scalabilities provide all the fundamentals to boost daily productivity. It is perfect for the video wall, POS server, surveillance, professional creators, and Kiosk applications.
As you imply, the power supply would be designed to be able to supply more power than the processors rated power. Some of the 180 W would be used for the fan to cool the 65 W Intel CPU.
The Akida board would be plugged into the PCI-Ex16 slot.
Akida is processor agnostic and can be run with all ARM processors as well as with Microchip processors.
We know Akida can perform complex tasks using tenths of a Watt. This is insignificant in relation to the 65 W consumed by the intel CPU, and the 180 W figure has no relevance to Akida.
Remember that Akida 1000 runs without any use of the CPU once it is configured. There may of course be post-processing of Akida results by the CPU, but Akida will have done the heavy lifting.
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