Virtual System on Chip ◂[๏∵๏]▸
What is the Virtual System on Chip [vSoC]?
The SynchroKnot Virtual System on Chip [vSoC] is a Software for the new genre of Decentralized Cloud Computing, Edge Computing and IoT.
It completely decentralizes the data center, which is traditionally centralized by the nature of its design and operation.
vSoC installs in seconds on any AMD64 [x86_64] hardware. Technically, it can run on almost all CPU architectures.
vSoC also installs on its own 4 x 4 inch SynchroKnot Specialized Ultra-High Performance SoC [System-on-Chip] Servers where each thread can run at ~ 5.2 to 5.4 GHz. These SoCs can be stacked to form ☼ High-Performance Super Clusters ☼.
The vSoC Super Cluster stacks require bare minimum space due to their very small form-factor, and have very minimal power and cooling requirements. They can be kept anywhere practical [ eg. Cubicles, Offices, Apartments, Basements, Fibre Optic Hubs etc ].
vSoC has its software development history of over 13 years, and uses stable Open-Source software components that have been in stable production use for over 15+ years.
vSoC has numerous advanced and unique-to-the-industry modules called "Power Modules" that can be transparently installed on-demand.
vSoC is your All-in-One, Enterprise-Grade, High-Performance Software and Technology that can be used as an all-encompassing Decentralized Cloud, Edge, IoT and Datacenter solution all-together.
With the SynchroKnot Virtual System on Chip:
- You ☼ Do Not ☼ need separate servers to run virtualization software like VMware, OpenStack, Hyper-V, RHEV, Xen, VDI etc.
- You ☼ Do Not ☼ need redundant switches, routers and hardware/software load balancers from vendors like Cisco, Juniper, F5 etc.
- You ☼ Do Not ☼ need SAN, NAS and Distributed Storage [CEPH, GLusterFS etc].
How Can I Use The Virtual System On Chip In My Organization?
☼ Do you run your applications or software in virtual machines?
☼ Do you use VMware, OpenStack, Hyper-V, RHEV, Xen or similar solutions?
☼ Do you run your applications or software in containers like Docker, Kubernetes, LXC and similar others?
☼ Do you run your application[s] or software in virtual machines or containers from public cloud providers like Amazon, Google, Microsoft, IBM, Oracle and others?
If you answered ☼"Yes"☼ to any of the above points, then you can easily use vSoC instead.
☼ You can be your own internal and / or external Cloud Service Provider, and sell full or under-utilized hardware resources with regular currency and / or Bitcoin or other cryptocurrency.
What is the vSoC Total Value Proposition?
Centralized Data Center & Cloud Computing Today_
▸ Must Purchase Disparate Hardware - servers, redundant switches & routers, storage [SAN/NAS] and load balancers.
▸ Must Purchase Virtualization Software + Licenses - VMware, OpenStack, Hyper-V, RHEV, Xen, VDI etc.
▸ Must Purchase Storage Software + Licenses.
▸ Must Purchase Licenses for Switches, Routers & Load Balancers [above and beyond the hardware].
▸ Must Manage Separate Hardware & Software Through Different Management Panels, User Interfaces and APIs.
▸ Must Maintain Separate Multi-Tiered Teams and Departments To Manage Complex Operations.
▸ Must Have A Large Space To House Expensive Hardware With High-Cost Real Estate & Cooling.
SynchroKnot vSoC Total Value Proposition [TVP] Advantage_
▸ SynchroKnot Virtual System on Chip [vSoC] Software with Actual Intelligence Built Into It, ☼ Does Everything ☼.
▸ New Genre in Decentralized Cloud Computing, Edge Computing IoT and Data Center.
▸ No Separate Hardware Needed - Simply Install vSoC on SoC and Connect Them To Eachother Without Having to Configure Their Connection[s].
▸ No Need To Purchase Separate Desktop & Server Virtualization Software OR Their Licenses [Eg. VMware, OpenStack, Hyper-V, RHEV, Xen, VDI etc].
▸ No Need To Purchase Physical OR Virtual Switches, Routers and Hardware/Software Load Balancers OR Any Of Their Licenses [Eg. Cisco, Juniper, F5 etc].
▸ No Need To Purchase SAN/NAS/Distributed Block & File Storage [Eg. Netapp, Dell, EMC, Gluster, Ceph etc].
▸ No Separate Teams And Departments Needed.
▸ Seamlessly Control & Manage All Virtual Machines, Networking, Storage & SoCs From All SoCs As Needed [ANY-to-ANY].
▸ No Large Space Needed. SynchroKnot Setup Is Very Flexible. You Can Utilize Cubicles, Offices, Apartments, Basements, Fibre Optic Hubs etc.
▸ Transparently Scale and De-Scale [locally/globally] Your SynchroKnot Infrastructure On-Demand Without Disruption/Interruption.
▸ Be Your Own Internal and / or External Cloud Service Provider.
SynchroKnot vSoC: Economic Advantages_
▸ Exponential Reduction In Total Cost.
▸ Exponential Reduction In Complexity.
▸ Exponential Reduction In Manpower.
▸ Exponential Reduction In Power Consumption, Cooling Expenditure & Space/Real-Estate Requirements.
▸ Exponential Increase In Performance.
▸ Exponential Increase In Security.
▸ Exponential Increase In Scalability, Over-all Control & Responsiveness.
▸ Eliminate All Vendor and Multi-Vendor Lock-ins, Inter-dependencies & Traps.
▸ Comprises 15+ Year Production Seasoned Open-Source Components.
▸ Significantly Increase Your Organization's Micro and Macro Economic Dynamics and Manpower Efficiency.
3 Data Center Sites Vs Standard Work Desk With Upto 3 Engineers_
The Next-Generation Evolution Is Available Today With the SynchroKnot vSoC Software Technology & Solution.
▸ 3 Interconnected Data Center Sites – Site A, B & C [Actual Real-World Example Scenario of a Large Research Institution.]
▸ 6 Departments [Extensive, Cumbersome & Inefficient Manpower, Time and Management Requirements]:
■ Systems Administration
■ Storage Administration
■ Network Administration / Engineering
■ Systems Engineering
■ Information Security
■ Project Management
▸ ~ 300 Virtual Machines
▸ Dependence on Multiple Vendors, Consultants and Contractors with Time-Consuming Problem/Issue Resolution.
░ Standard Work Desk. ░
░ Manned By Only 2 to 3 Engineers. ░
░ 15 to 20 High-Performance vSoC + SoCs Running @ ~ 5.2 GHz to 5.4 GHz Per Thread. ░
░ 300+ Higher-Performing, Secure, Network and Disaster Fail-Safe Decentralized Virtual Machines. ░
░ Very Small Form-Factor of Only ☼ 4 x 4 inches ☼ :
▸ Higher Performance With The Smallest Form-Factor When Compared To Most Standard In-place Datacenter Servers.
▸ Exceptionally Low Power Consumption & Real-Estate Requirement When Compared To Standard Datacenter Servers.
▸ Uncomparably Low T.C.O [Total Cost of Ownership] When Compared To Standard Datacenter Servers. ░
░ Super-Excellent Performance:
▸ Total Processing Power of 1248 GHz to 1728 GHz for the vSoC Super Cluster of 15 to 20 SoCs ░
░ Total RAM of 1440 GB to 1920 GB - DDR5 @ 5600 for the vSoC Super Cluster of 15 to 20 SoCs. ░
░ Total Ethernet IO Bandwidth of 52.5 to 70 Gigabits for the vSoC Super Cluster of 15 to 20 SoCs.
▸ Ethernet IO Bandwidth Can Be Easily & Transparently Increased On-Demand to 270+ Gigabits. ░
░ Standard Cooling Requirements With The Ability To Work in Extreme & Harsh Conditions:
▸ Operating Temperature: 0 ~ 70 Degree Centigrade.
▸ Operating Humidity 5% ~ 90%. ░
░ Low-to-No Noise. ░
░ Superior Resistance to Shock and Vibration. ░
░ Low Thermal Design Power [TDP]. ░
░ Long-Term Product Availability & Support. ░
☼ Note: The SoCs shown on the standard work desk can be placed anywhere locally or distributed globally, yet, they will always appear as though they are present locally in proximity to the engineers manning them. ☼
SynchroKnot Limited, Hong Kong, SAR of China [ website - content ] by SynchroKnot is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
Based on a work by its creator Mehul Sharma at SynchroKnot Limited, Hong Kong, SAR of China : synchroknot.[com|cloud|org].