Turing Machines unveiled a “Turin Pi 2” Mini-ITX board that clusters 4x Raspberry Pi CM4 modules with a Layer-2 managed swap together with 2x GbE, 4x USB, 2x mini-PCIe, and 2x SATA 3.0.
Turing Machines Inc., which earlier this month introduced a closing 1K run of its Turing Pi cluster board, introduced a second-gen Turing Pi 2. As a consequence of ship in 2021, the board affords 4x nodes to cluster Raspberry Pi Compute Modules, in comparison with 7x for the unique Turing Pi. The Gen2 design helps the brand new Raspberry Pi Compute Module Four and is provided with further interfaces, together with 2x mini-PCIe and 2x SATA 3.0.
Turing Pi 2 block diagram (left) and Turing Pi 2 in case
(click on pictures to enlarge)
The Turing Pi 2 retains its 170 x 170mm Mini-ITX type issue and encompasses a Layer-2 managed swap with VLAN help. Though there are fewer nodes, clusters might be simpler to scale by connecting and forming bigger cluster federations, says Turing. Functions embody community connected storage, native or edge hosted cloud internet hosting, cloud-native and CI/CD growth for Arm edge infrastructure, and cloud know-how training.
Two of the 4 nodes hyperlink to the 2x mini-PCIe Gen 2 slots. The third node hyperlinks to a dual-port, PCIe-driven SATA III controller. “This permits connecting exterior SSDs to the cluster and utilizing the community file system throughout the cluster to entry the drives from all nodes,” says Turing. By connecting a community card to the primary node by way of mini-PCIe, you possibly can have a 2.5GbE Ethernet port that may carry out as a router for the opposite nodes, says the corporate. The mini-PCIe slots may even help 5G modules.
Turing Pi 1
The Turing Pi 2 strikes from one GbE port to 2, though there at the moment are 4x USB shoreline ports as a substitute of eight. As earlier than, there’s an HDMI port and an audio jack, in addition to a fan header and a 40-pin GPIO assigned to every node.
The preliminary block diagram above reveals that the MIPI-DSI interface that was on the unique board however faraway from the final 1K run has returned, though the CSI digicam interface remains to be lacking. Different inner interfaces embody I2C, USB, and management panel.
Turing notes that the brand new cluster administration bus can now flash modules instantly by way of all slots. As proven within the illustrations under, the Raspberry Pi CM4 is housed in a heatsink lined chamber. It connects by way of the CM4’s revised twin 100-pin Hirose low- and high-speed interfaces to an adapter module.
Turing Pi 2 CM4 interface (left) and exploded view with heatsink lined field, RPi CM4, and the Turing Pi CM4 interface module with twin 100-pin connectors
(click on pictures to enlarge)
With the Raspberry Pi CM4, you possibly can load as much as 8GB LPDDR4-3200 RAM on every module with as much as 32GB eMMC, thereby offering a cluster of as much as 32GB RAM and 128GB storage.
The abundance of RAM allows some fascinating configurations. For an Arm growth workstation, for instance, you might run a desktop distribution like Ubuntu Desktop 20.04 LTS whereas “the remaining Three nodes can be utilized for compilation, testing, debugging duties, and growth of cloud-native options for ARM clusters,” says Turing.
As a result of the Turing Pi 2 is architecturally much like Amazon’s AWS Graviton ArmV8 Neoverse clusters, “you possibly can construct pictures and functions for AWS cases of Graviton 1 and a pair of, that are identified to be less expensive than x86 cases,” says the corporate. Turing additionally notes that “Turing V2 can simply be included within the present clusters (cloud or on-premises) and shared with different members utilizing Kubernetes RBAC.”
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The Turing Pi 2 debuts a “unified compute module interface” that “will permit connecting compute modules from different producers and in addition mix totally different goal modules to resolve particular duties like machine studying on the edge.” No extra particulars had been equipped, however one may think about fascinating functions that blend Raspberry Pi, Nvidia Jetson, or Google Coral modules.
Raspberry Pi CM4 recap
The Linux-powered, $25 to $90 Raspberry Pi Compute Module Four has the identical Broadcom BCM2711 SoC with 4x 1.5GHz Cortex-A72 cores that’s used on the Raspberry Pi 4. The module ships with 2GB to 8GB LPDDR4-3200 RAM and 0GB to 32GB eMMC. There’s a GbE controller with PoE help, non-obligatory 802.11ac with BT 5.0, and new help for twin 4K HDMI ports and PCIe 2.0.
Raspberry Pi CM4
The CM4 switches from the SODIMM connector of the RPi CM3+ and CM3 to twin (low pace and excessive pace) 100-pin, perpendicular Hirose DF40 connectors. This permits a smaller 55 x 40 x 4.7mm footprint in comparison with the sooner 67.6 x 31mm however prohibits backward compatibility to earlier carriers. Gumstix, nonetheless, has already introduced a $30 Uprev adapter board that lets the CM4 run on a CM3 service. Gumstix additionally introduced a number of robotics, digicam, and drone carriers for the CM4.
The Turing Pi 2 will go on sale in 2021 at an undisclosed worth. Turing Machines speculates that due partly to the lowered variety of nodes, the Turing Pi 2 might be extra reasonably priced than the $189 Turing Pi 1. As well as, clients of the primary Turing Pi will obtain a 25 % low cost. Now you can signal as much as be notified of availability. Extra data could also be present in Turing Machines’ announcement and product web page.
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