Ampere for the openEDGE

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Presentation transcript:

Ampere for the openEDGE Shannon Hollas Senior Director Worldwide Business Development Ampere Computing

Ampere Overview We are a passionate, experienced team committed to building & delivering what comes next for Cloud and Edge Computing

Ampere Arm v8 Processors eMAG delivers High Performance CPU, Memory and I/O in Low Power Solutions eMAG 32 Ampere-designed 64-bit Armv8 cores running at consistent 3.3 GHz 8 DDR4-2667 memory controllers maximize memory bandwidth Ampere eMAG2 Node: 7nm More Cores, Memory Bandwidth, IO Higher power efficiency across wider TDP range Ampere eMAG++ 2018 2019 202x 202x Ampere eMAG™ Node: 16nm Ampere eMAG+ eMAG SKU Cores TDP SPECrate2017_int_base est.* 8140 16 75W 34 8180 32 125W 60 42 lanes of PCIe 3.0 enable networking and storage for Telco / Edge * Estimated based on measured Ampere 8180 and 8140 using gcc 8.2 -ofast, lto, jemalloc

OCP openEDGE Enclosure Ampere Edge Platforms 1U Lenovo HR330A 2U Lenovo HR350A Raptor Twin Server Open19 Brick OCP openEDGE Enclosure Lenovo and Raptor platforms available today in production volume Standard 19”, Open19, and OCP configurations available for Edge, Telco, and Storage openEDGE platform sampling in Q4 with production volume in Q1’20 Design collateral available for custom designs Available through Ampere via sales@amperecomputing.com

Ampere for SEBA Applications SEBA: SDN Enabled Broadband Access Manages wireline customer broadband services Ported to scalable and versatile eMAG Arm processor Source code and demo available KUBERNETES ONOS Grafana ELK Kafka Prometheus XOS PROFILE ONOS APPS WORKFLOW VOLTHA RUNTIME CONFIG / SERVICES OS OS OS BARE METAL ARM SERVER BARE METAL ARM SERVER BARE METAL ARM SERVER

Ampere for 5G Applications openEDGE Server Host OS Hypervisor Guest OS MME PGW SGW eMAG + FPGA Hardware Acceleration Development platform available Akraino REC Blueprint 3-node server cluster running on eMAG Source code and demo available today In Development for eMAG2 eMAG2 provides optimal fit High core count, performance, throughput

Ampere VNF Ecosystem Ampere is partnering with industry leaders to provide a complete UCPE software stack Ampere eMAG processor enables more VNF’s in uCPE power and cost envelope Ampere plans to contribute Arm based uCPE spec to OCP eMAG ARM PROCESSOR LINUX BASED HOST OPERATING SYSTEM HYPERVISOR (KVM) DATA PATH (DPDK) SECURE BOOT VIRTUAL SWITCH (OVS-DPDK) NFVI MANAGER VIRTUAL MACHINE GUEST OPERATING SYSTEM CONTAINERS VNF NFVI Enea, Telco Systems SD-WAN FatPipe Firewall Checkpoint, Clavister Routing 6WIND Security Trend Micro Deep Packet Trend Micro, Enea Telco SEBA, RIC/REC

Ampere Hawk Motherboard Overview Compatible with OCP openEDGE Chassis CPU sled 6.5" x 13.85" 32 and 16 core eMAG SKUs 32bit and 64bit Support TSMC 16 nm FinFET Processor 32/16 Ampere Armv8 64-bit CPU cores @ 3.3 GHz Sustained Turbo 32 KB L1 I-cache, 32 KB L1 D-cache per core Shared 256 KB L2 cache per 2 cores 32MB globally shared L3 cache Memory 8x 72-bit DDR4-2667 channels Up to 16 DIMMs and 1 TB/socket ECC, ChipKill, and DDR4 RAS features I/O OCP Mezzanine v2 (Conn. A/B) 10/40/100 GbE NIC 1 x16 PCIe slot 2 x M.2 x4 NVME 4 x SATA3 2 x USB 2.0 Power 125W TDP for 32 cores 75W TDP for 16 cores Advanced Power Management Performance SPECrate2017_int_peak: 68* SPECrate2006_int_peak: 502* Availability Sampling: Q4’19 Volume Production: Q1’20 7" 14" * Estimated based on measured Ampere 8180 and 8140 using gcc 8.2 -ofast, lto, jemalloc

Hawk Edge Platforms Twin Server Open19 CPU Brick OCP openEDGE CPU Sled Nokia AirFrame/ Wiwynn EP100

Hawk in openEDGE CPU Sled Demo available at openEDGE Experience Lab and Wiwynn booth

Call to Action Ampere 100% committed to OCP Bring demo/POC opportunities to us Ampere believes openEDGE enclosure has potential beyond Telco and Carrier Project Wiki with latest specification : https://www.opencompute.org/wiki/Telcos/openEDGE Follow-up or availability questions : sales@amperecomputing.com