Edge applications today require strong networks and connections to core data center products. Supermicro’s Twin systems deliver performance from the edge to the core or cloud data center and leverage our latest content delivery network (CDN) technologies. Join this webinar to learn about the different Supermicro CDN technologies that support Edge Computing based on 3GPP standards and have proven successful for our customers. Product experts will also discuss the importance of an elastic CDN to optimize the availability of resources for low-latency and high-bandwidth applications and share an introduction to our new GrandTwin® server.

1. Confidential
Optimize Content Delivery with MEC
Support for Multi-Access Edge Computing, based on 3GPP standards
Firas Khayat | Director of Business Development
Michael Ocampo | Sr. Product Manager
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Agenda
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• Target Markets
• Use Cases
• Success Stories
• Introducing GrandTwin
• Reference Designs
• 5G Cloudification

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Target Markets and Integration Partners
Optimized Cloud-native
Applications at the Edge
Minimize Latency with Strategic
Content Delivery Network
Multi-Purpose CDN Telco Edge
Distributed Caching Services
Data Streaming Services
vRAN Automation Services
Cloud-Native Support
Global Network for Scaling Out
Online Services
Radio Access Network
Automation and Acceleration
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Use
Cases
Telco Acceleration
Elastic CDN for
Streaming &
Gaming
Low-latency
container
storage
CI/CD Support for
Evolving 5G Networks with
HW Accelerators
Globally Distributed Caching
Services based on SDK Operator
Framework
Enable containers that have
high performance storage with
both persistence and mobility
Elastic CDN for Adaptive
Streaming Applications with
Enterprise-Ready Kubernetes
Multi-Cloud Support with S3
storage for on-premise and
cloud infrastructure
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Media &
Entertainme
nt
In-Memory
Databases

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Multi-Purpose CDN Optimization
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• Scale-out Storage nodes*:
• Scale-out file system, block storage and/or object storage
• Software-defined high-availability
• Distributed Caching nodes**
• Large memory footprint for HA cache-clusters
• High-bandwidth I/O at strategic edge data center locations
Content Provider
Content Delivery Network .
User
Authorization Reporting Source
Request Deliver**
16 DIMM: UP GrandTwin
SYS-210GT-H Series (2U4N)
25GbE – 100GbE
6 HDD per Node: DP BigTwin
SYS-620BT-D Series (2U2N)
10GbE – 25GbE
6 NVMe per Node: DP BigTwin
SYS-220BT-H Series (2U4N)
100GbE – 200GbE
12 SSD per Node: DP BigTwin
SYS-220BT-D Series (2U2N)
100GbE – 200GbE
Content*
Ecosystem Partner Solutions

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CUSTOMER
SUCCESS
Background
This online game platform allows users to play games created by other
users. The company has been experiencing exponential growth, with over
164M global users and 4M developers. The market requirement for low
latency, and a demanding, feature rich, edge computing platform is a
competitive advantage.
Customer Challenges
• Facing exponential growth with an inefficient IT infrastructure
• Bare metal deployments left under utilized resources
• Unacceptable deployment times of new instances took weeks
• Edge deployments costs drives a need for cost, feature & maintenance optimized platform
Solution
X12 BigTwin and H12 TwinPro was selected to provide the best performance, scalability and
serviceability. To keep up with growing demands, Supermicro was selected to also provide rack
integration services for deploying web servers at strategic edge data center locations
Each 48U rack includes 11x 2U 4-Node X12 BT systems, 25GbE ToR switch, and management
switch, 17.3kW 415V, 30A PDUs, etc. Each node of SYS-620BT-HNTR includes:
• Single 3rd Gen Intel Xeon Scalable CPU
• 1x 1TB NVMe drives
• 128GB of Memory
• Dual 25GbE NIC
Supermicro will also supply virtualization and database platforms to this Metaverse company.
Customer Value Proposition
• Optimize HW resources via Linux container certification & tuning
• Shortened deployment times from weeks to minutes
• Double the compute density with Twin design vs standard rackmount system
• Industry standard manageability to seamlessly fit the heterogeneous IT infrastructure
Online Game Platform
Metaverse L11 Manufacturing
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CUSTOMER
SUCCESS
Video Conferencing DevOps
Customer Challenges
The DevOps team required PCI-E Gen4 platforms to double the bandwidth of their cloud video
conferencing infrastructure, using power-efficient commodity hardware with repeatable blocks of
capacity. Video conferencing requires low-latency and high throughput, requiring Intel ‘N’ SKUs
and CX-6 NICs to optimize the Network Function Virtualization Infrastructure (NFVI) and Content
Delivery Network (CDN).
Solution
Hundreds of X12 2U2N BigTwin (SYS-220BT-DNTR) are
in Production right now to scale out cloud video
conferencing infrastructure around the world. Each system
has 2 compute nodes, each node with:
• Dual-6338N Ice Lake CPU
• Up to 12x SATA/NVMe drives
• 512GB of Memory
• AIOM (dual-100GbE) CX-6
Customer Value Proposition
• BMC capabilities help to integrate orchestration and
automation systems
• Ensure uniformity and predictability with Redfish Support
• The 2U2N was preferred to support Intel’s upcoming GPU,
optimized for network acceleration
Cloud Video Conferencing
3/30/2022
Background
This company provides an interoperable cloud-based video meetings
service that connects many users across different devices, platforms and
conference programs. Every customer has a private “meeting room” in the
cloud to schedule and host conference meetings across 5 global POPs and
3 hybrid cloud regions.
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CUSTOMER
SUCCESS
Gaming CDN
Customer Challenges
In order to meet the surge in new customer demands and their commitments to data security, G-
Core Labs was in search for a new server solution that can scale, is flexible to the various
customer requirements but more importantly, can provide additional data security for their
customers.
Solution
To ensure they can provide their customers with extra data protection, they decided to partner with
Supermicro X12 BigTwin as their bare metal of choice plus Intel® SGX memory encryption
enabled to ensure an extra layer of security for their customers.
X12 2U4N BigTwin (SYS-220BT-HNTR) was the best platform to meet performance and security
needs. Each system has four compute nodes, each with:
• Dual 3rd Gen Intel Xeon Scalable CPUs
• 2x 240GB SATA drives
• 1x 750GB NVMe drives
• 512GB of Memory
• AIOM (quad-10GbE)
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Customer Value Proposition
• Expanded data center footprint cost-effectively with Twin design
• Minimized latency for system configuration with 1DPC - optimized memory performance
• Optimized BIOS configuration for SGX support
• Validated software stack with support and consulted on automation services
• Enabled partner to migrate customer workloads to the cloud safely with engineering support
Intel SGX for G-Core Labs
Satisfied Gaming Companies
Wargaming
Wargaming
RedFox Games
Background
G-Core Labs is an international provider of cloud and edge solutions with an
average CDN response time of 30ms.
Due to the pandemic, many businesses moved to the cloud however with
that came many challenges, one of which is sensitive data protection from
massive DDoS attacks.

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To accelerate websites and applications, developers are
turning to CDN solutions to deliver content closer to users
across global edge networks.
Using a CDN without a proper mitigation strategy can create
security vulnerabilities. Fortunately, attacks on CDN services
are well-understood by companies like Supermicro and G-Core
Labs who have taken security measures to help reduce cyber
exposure for their customers.
Enhanced
Security with
Supermicro
Supermicro Value Added Services:
✓ Global manufacturing sites
✓ Engineering services to validate, optimize, and scale
out infrastructure
✓ Orchestrate & streamline system configurations with
SGX support
✓ Store and archive signed SW/FW with tight source
code revision control
✓ Secure supply chain management
✓ Platform security supporting silicon root of trust,
secure boot, and TPM 2.0
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Intel, Supermicro and G-Core Video: https://www.intel.com/content/www/us/en/internet-of-things/ai-in-production/videos/supermicro-scaling-at-the-edge-video.html
SGX Guide: https://www.supermicro.com/manuals/other/X12DP_X12SP_Intel_SGX_Support.pdf

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Compute & Highest Storage Density
Per Node:
✓ Single 3rd Gen Intel® Xeon® Scalable
processors
✓ 16x DDR4-3200 DIMMs (2DPC)
✓ Intel® Optane™ SSD DC P5800X Series
✓ Intel® SSD D3-S4510
✓ Dual 10GbE GrandTwin I/O Module
✓ Dual 25GbE AIOM
SYS-210GT-H Series:
4 NVMe/SAS/SATA (per node)
High-Density UP Compute
Flexible IO Performance
Field Serviceability from Cold Aisle
Front or Rear IO support to accommodate Core and Edge data center requirements
2U4N UP Support with 16 DIMMs per node
Compact multi-node system with front access hot-swap nodes for rapid cluster
deployment
2U 4-Node GrandTwin
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How may
GrandTwin be
deployed?
UP Support with
16 DIMM Slots
Flexible AIOM

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Introducing GrandTwin
Purpose-built Architecture Optimized for 1S
-Architecture proofed for next Gen technology adoptions
-Future plans for Dual-Socket support
Flexible Config. Designed for Better Cost Savings
-Modular HW design targeted to support various OEM configs
-Future plans for max DIMM support, E1.S, FHFL GPUs, PCIe Gen5, and CXL
Edge to Enterprise Datacenter Deployments
-Field serviceability from front/cold aisle to reduce downtime for higher availability
-Flexible Front and Rear I/O config designed to help reduce cable complexities
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GrandTwin Overview - 2U4N Front IO System
• CDN
• Cloud-Native Infrastructure
• Telco Edge
• In-Memory Database
KEY APPLICATIONS
KEY FEATURES
System Design
• Front accessible multi-node systems with tool-less design
• 1S Support with 16 DIMMs per Node (Industry First with Twin Design)
• Flexible I/O Connectivity for AIOM and GrandTwin IO Module
• 2 or 4 SFF hot-swappable drives bays – NVMe, SAS, or SATA
Compute
• Support for Intel Xeon Scalable processors
• Optimized thermal design for higher performance
• 270W Air cooling or 350W Liquid cooling
• 16 DRAM DIMMs with PMEM support
Storage
• SAS3808 (IT Mode)
• Optional HW RAID support via SAS3908 Low-Profile Card (Coming Soon)
• M.2 Drives onboard
Networking
• Onboard AIOM or any compliant OCP 3.0 SFF NIC
• Front IO Module (Flexible LAN Ports, VGA, USB, BMC)
Power
• 2200W/3000W Redundant AC Titanium Level (96%) Power Supplies
• 2200W/3000W Redundant -48 vDC Power Supplies
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AIOM/
Storage
PCI-E/
Storage
BMC, VGA
2x USB
LAN ports
Flexible Front
I/O Module

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2U4N GrandTwin System Architecture (Front IO)
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Motherboard
X13SET-GC
Low-Profile Card Option
x16 PCI-E from CPU1
Coming Soon
CPU1
Single Node
Optional: 3000W Redundant
Power Supply AC or DC option
2200W Redundant
Power Distribution Board
AIOM Card Option
x16 PCI-E from CPU1
2 x16 PCI-E from CPU1
AIOM Support
PCI-E Connectors
4 x8 PCI-E from CPU1
for Storage or AIOM
Power Connector PCI-E Connectors
Embedded
SAS Controller
GrandTwin
IO Module
x8 PCI-E from CPU1
Dual M.2
NVMe/SATA
Onboard
Subject to Change
Note: Images are based on X12 hardware

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AOC-G100G-X1C
Single-port 100GbE QSFP28
(based on Mellanox CX-6) +
1x BMC, 2x USB and 1x VGA
AOC-G25G-M2S
Dual-port 25GbE SFP28
(based on Mellanox CX-4) +
1x BMC, 2x USB and 1x VGA
AOC-GTG-I2T
Dual-port 10GbE RJ45
(based on X710-AT2) +
1x BMC, 2x USB and 1x VGA
GrandTwin Front I/O Module
Coming Soon

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Accelerator Options
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Item Description Supported Use Case
AOC-VACC100G1 Intel ACC100 vRAN Accelerator Adapter PCIe Gen3 x16 4G/5G encoding & decoding
GPU-NVTA2 NVIDIA Ampere A2 16GB GDDR6 PCIe 4.0 x8 Low Profile-60w AI Inferencing at the Edge

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Reference Designs for MEC
• Elastic CDN with VMware on BigTwin & Ultra
• CI/CD with OpenShift on GrandTwin
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Elastic CDN on a Multi-Purpose Telco Edge Cloud
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• Demo shows multiple types of VMs running
on X12 Supermicro Servers
• Two VMs running Broadpeak BkS400 with
25Gbps throughput
• Six VMs running stress-ng to represent other
edge applications consuming CPU and
memory resources
• Each CDN is able to deliver over 30Gbps
for an aggregate of more than 60Gbps
• Total CDN throughput can be scaled up by
adding more CDN VMs and de-prioritizing other
applications
• 50Gbps could be:
• 85,000 480p30 streams
• 14,000 720p60 streams
• 7,300 1080p60 streams
• 3,200 4K streams
Source: https://www.intel.com/content/www/us/en/events/mobile-world-congress.html?videoId=6298849883001
• X12 Ultra (SYS-120U-TNR)
• Running all VMs with PMem
• X12 BigTwin (SYS-220BT-HNTR)
• Two clients with 100GbE
• vCenter and NSX
• 2U Ultra (SYS-220U-TNR)
• Metrics Collection

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Elastic CDN on a Multi-Purpose Telco Edge Cloud
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Source: https://www.intel.com/content/www/us/en/events/mobile-world-congress.html?videoId=6298849883001

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Release
CI/CD with Red Hat OpenShift on GrandTwin
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Kubernetes
Auto-Healing
Auto-Scaling
Auto-Rollout/backs
Load Balancing
Monitoring
Solution Overview
• Enterprise Kubernetes Platform
• Bastion & SuperCloud Composer
• 4x to 10x faster-time-to-market with
containerized applications
• CI/CD for Cloud-Native Apps at the Edge
• Multi-site-active, private cloud
deployments equal zero downtime
Main Benefits
• Four Hot-Pluggable ½ RU
Servers in a 2U Space
• Flexible Front IO Support
• 10% Power Savings vs Four 1U
Servers with -48 vDC Power
• NVMe PCI-E 4.0 Container
Storage
• Optimized 1-Socket Design
• 16 DIMMs per Node
RED HAT® Enterprise
Linux CoreOS
RED HAT®
OpenShift
Data Foundation
Supermicro
X12 GrandTwinTM
RED HAT®
OpenShift
Container Platform

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Administrator Perspective
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Bare-Metal Management Kubernetes Management
Hybrid Cloud Storage Management
Native Object Storage (S3 Compatible)

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Developer Perspective
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Pod Topology, Monitoring & Logging Higher-Quality Apps
Streamlined DevOps
Faster Time to Market

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5G Cloudification
• Intel Network Builders Winners’ Circle
• Telco Edge Cloud Deployment Model
• CI/CD Support for Cloud-Native Applications
• Multi-Cloud Object Gateway
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Intel Network Builders Winners’ Circle
Source: https://networkbuilders.intel.com/winnerscircle
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Telco Edge Cloud Deployment Model
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MNO = Mobile Network Operator

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Supported Hybrid Cloud Environments
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Single node
Edge servers*
Low bandwidth or
disconnected sites
Remote worker
nodes
Environments that are
space constrained
Far edge Regional data center Central data center
Compact Cluster
Small footprint with
high availability
Site 3
Legend:
C: Controller nodes
W: Worker nodes
Kubernetes node control
Cluster management and application deployment
Site 2
Site 1
NEBS
Compliant
Telco Edge
Building Block
Regional
data center

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CI/CD Support for Cloud-Native Applications
EXISTING
CI/CD PIPELINE
OPENSHIFT
IMAGE
REGISTRY
OPENSHIFT
CLUSTER
NON-PROD DEV UAT
App
App
App
App
PROD
App
App
IMAGE BUILD
& DEPLOY
CONTAINER
CONTAINER
CONTAINER
Core / Data Center Telco Edge
PROMOTE
TO UAT
PROMOTE
TO PROD
App
App
MEC
PROMOTE
TO PROD
Edge
GIT SERVER REPOSITORY
CONTAINER
CONTAINER
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Multi-Cloud Object Gateway
App
App
App
S3 API Hybrid Buckets
Multi-Cloud Buckets
Multi-Site Buckets
Automatically Deployed using Back Store
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Multi-Cloud Object Gateway
App
App
App
S3 API
Bucket Class
Bucket Class
Bucket Class
Deploy and Manage Data Service
Back Stores
Back Stores
Mirroring to Multi-Cloud
Mirroring to Hybrid-Cloud
Spread to Multi-Site
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Solution
High-density and flexible building block for 5G infra with high-efficiency -48 vDC power, based on
X12 2U4N GrandTwin (SYS-210BT-HNTF). Each system has 4 compute nodes, each node with:
• 6314U Ice Lake CPU
• 16 DIMMs
• 2x NVMe M.2 22x88mm
• 2x NVMe PCI-E 4.0 Drives
• NVIDIA CX-6 100G AIOM
• IO Module (dual-25GbE) CX-4
CUSTOMER
SUCCESS
Distributed Services Platform
Customer Challenges
Deploying cloud infrastructure at the edge requires a tight integration of HW & SW capabilities in
compliance with 3GPP standards. The Telco Central Offices require -48 vDC power supplies to work
with battery backup systems. Additionally, suppliers are expected to rapidly deploy infrastructure
with zero touch provisioning to support distributed services across hundreds of sites.
Customer Value Proposition
• High-quality system integration with SI partner with
decades of telco experience to rollout new infrastructure
• Compliant with 3GPP standards to reliably scale-out a
distributed services platform
• Deep integration with Red Hat and Supermicro BMC to
support zero-touch provisioning
• Partnered closely with Red Hat to support CI/CD for
VNFs and cloud-native applications
Background
Supermicro has developed O-RAN compliant hardware and is
expanding its reach into the telecom market with strategic partners,
offering the latest silicon innovations, while reducing the Total Cost of
Ownership (TCO) with its new Twin design, purpose built for MEC.
Edge computing represents a major paradigm shift for telco operators,
where the mobile network is application-aware for IoT, AR & VR.
Supermicro is working closely with telco partners to optimize edge
computing with x86 servers. In partnership with Intel & Red Hat
OpenShift, Supermicro offers cloud-like agility with Red Hat OpenShift
to support a wide-variety of use cases with CI/CD for mobile network
infrastructure and cloud-native applications.
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Edge Cloud Infrastructure

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Key Takeaways
Purpose-built Architecture Optimized for 1S
-Optimized building block solution for Multi-Access Edge Computing
-High-efficiency multi-node system with front access hot-swap nodes
Flexible Config. Designed for Better Cost Savings
-Modular HW design to support accelerator cards, IO cards and/or storage options
-Each UP node supports up to 16 DIMMs (unique Twin design in the market)
Edge to Enterprise Datacenter Deployments
-Flexible front I/O configurations to efficiently deploy and manage infrastructure
-Support for -48 vDC Power
Supermicro Ecosystem Expansion
-Supermicro, Red Hat, & Intel have co-developed an optimized edge cloud platform
-DevOps and CI/CD support is essential for distributed services and cloud-native apps
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DISCLAIMER
Super Micro Computer, Inc. may make changes to specifications and product descriptions at any time, without notice. The
information presented in this document is for informational purposes only and may contain technical inaccuracies, omissions
and typographical errors. Any performance tests and ratings are measured using systems that reflect the approximate
performance of Super Micro Computer, Inc. products as measured by those tests. Any differences in software or hardware
configuration may affect actual performance, and Super Micro Computer, Inc. does not control the design or implementation of
third party benchmarks or websites referenced in this document. The information contained herein is subject to change and may
be rendered inaccurate for many reasons, including but not limited to any changes in product and/or roadmap, component and
hardware revision changes, new model and/or product releases, software changes, firmware changes, or the like. Super Micro
Computer, Inc. assumes no obligation to update or otherwise correct or revise this information.
SUPER MICRO COMPUTER, INC. MAKES NO REPRESENTATIONS OR WARRANTIES WITH RESPECT TO THE
CONTENTS HEREOF AND ASSUMES NO RESPONSIBILITY FOR ANY INACCURACIES, ERRORS OR OMISSIONS THAT
MAY APPEAR IN THIS INFORMATION.
SUPER MICRO COMPUTER, INC. SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR
FITNESS FOR ANY PARTICULAR PURPOSE. IN NO EVENT WILL SUPER MICRO COMPUTER, INC. BE LIABLE TO ANY
PERSON FOR ANY DIRECT, INDIRECT, SPECIAL OR OTHER CONSEQUENTIAL DAMAGES ARISING FROM THE USE OF
ANY INFORMATION CONTAINED HEREIN, EVEN IF SUPER MICRO COMPUTER, Inc. IS EXPRESSLY ADVISED OF THE
POSSIBILITY OF SUCH DAMAGES.
ATTRIBUTION
© 2022 Super Micro Computer, Inc. All rights reserved.
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