What is involved in System on a Chip
Find out what the related areas are that System on a Chip connects with, associates with, correlates with or affects, and which require thought, deliberation, analysis, review and discussion. This unique checklist stands out in a sense that it is not per-se designed to give answers, but to engage the reader and lay out a System on a Chip thinking-frame.
How far is your company on its System on a Chip journey?
Take this short survey to gauge your organization’s progress toward System on a Chip leadership. Learn your strongest and weakest areas, and what you can do now to create a strategy that delivers results.
To address the criteria in this checklist for your organization, extensive selected resources are provided for sources of further research and information.
Start the Checklist
Below you will find a quick checklist designed to help you think about which System on a Chip related domains to cover and 165 essential critical questions to check off in that domain.
The following domains are covered:
System on a Chip, Cloud computing, Semiconductor fabrication plant, Stream processing, Design flow, DEC Prism, Flow to HDL, ARM Holdings, Power Management Unit, Comparison of instruction set architectures, Device driver, NX bit, Random access stored program machine, Ultra-low-voltage processor, Wearable computer, Gate array, Clock gating, Digital circuit, Computer program, Performance per watt, ARM Architecture, Universal Turing machine, Mill architecture, Combinational logic, Deep learning, System in package, Data buffer, Semiconductor device, Cycles per instruction, Manycore processor, Physics processing unit, Serial Peripheral Interface Bus, Programmable logic device, One instruction set computer, Memory dependence prediction, Boolean circuit, Hengzhi chip, Instruction Scheduler, National Semiconductor, Transactions per second, Stack machine, Branch execution unit, Wetware computer, Analog circuit, Field-programmable gate array, Explicitly parallel instruction computing, Simultaneous multithreading, Quantum gate, Digital signal processing, Flynn’s taxonomy, Circuit underutilization:
System on a Chip Critical Criteria:
Review System on a Chip results and do something to it.
– For correct behaviour of synchronous edge-triggered hardware, the progagation delay of D-types must be greater than their hold time. Question : How can we ensuse this in a technology-neutral model that does not have any specific numerical delays ?
– Switching speed is dominated by electron mobility (drift velocity) in transistor gates. We can improve by shifting to faster materials, such as GaAs, or just by making the gates smaller. How small can we go: what is the silicon end point ?
– Microarchitecture for On-Chip Networks: What microarchitecture is needed for on-chip routers and network interfaces to meet latency, area, and power constraints?
– CAD and Design Tools for On-Chip Networks: What CAD tools are needed to design on-chip networks and to design systems using on-chip networks?
– Higher-level entry forms are ideally needed, perhaps schedulling within a thread at compile-time and between threads at run time ?
– Another common question that needs checking is sequential equivalence. Do a pair of designs follow the same state trajectory ?
– If you have die to spare or room in the FPGA, why not use it to effectively reduce your debug and comprehension times?
– Consider adjusting the clock frequency (while keeping VCC constant for now). What does this achieve?
– Transactions may execute in a different sequence from reality: sequential consistency compromised ?
– Can we consider higher-dimensional interconnect (non examinable) ?
– What are the Key enablers to make this System on a Chip move?
– How do applications affect the on-chip network?
– Scalability, are tools limited in practice?
– What will it do with transport models?
– Why a System-on-a-Chip Audio Encoder?
– Should be soft IP or hard IP?
– Where are SoCs Headed?
– Is there a workaround?
– How much improvement?
Cloud computing Critical Criteria:
Analyze Cloud computing risks and stake your claim.
– How might we classify current cloud computing offerings across a spectrum, and how do the technical and business challenges differ depending on where in the spectrum a particular offering lies?
– Business Considerations. Business considerations include the overall organizational readiness for using cloud computing. Is the application owner willing and comfortable with a cloud platform?
– Data classification: how sensitive is the data that will be placed in the cloud (e.g., confidential, critical, public) and what controls should be in place to ensure it is properly protected?
– Governance: Is there a governance structure to ensure that PII is managed and protected through its life cycle, even when it is stored or processed in a cloud computing environment?
– What are the existing or planned mechanisms to assess the interoperability of different vendor implementations?
– What is the security gap between private cloud cloud computing versus client server computing architectures?
– Will the move to cloud computing shorten the time it takes to deliver functional enhancements to end users?
– Data segregation: will the financial institutions data share resources with data from other cloud clients?
– How do you prove data provenance in a cloud computing scenario when you are using shared resources?
– What are the key business and technical challenges of transitioning to a cloud computing strategy?
– What challenges and opportunities does cloud computing present for IT service management ?
– Does the rise of cloud computing make managed hosting less desired and less important?
– What makes cloud computing well suited for supply chain management applications?
– Are we making progress? and are we making progress as System on a Chip leaders?
– In which ways will Cloud Computing influence our approach Service Management
– What are the challenges related to cloud computing data security?
– What are reasons to say no to cloud computing?
– Is there a market for developing niche clouds?
– Will database virtualization take off?
– What is grid computing?
Semiconductor fabrication plant Critical Criteria:
Be responsible for Semiconductor fabrication plant projects and observe effective Semiconductor fabrication plant.
– Does System on a Chip include applications and information with regulatory compliance significance (or other contractual conditions that must be formally complied with) in a new or unique manner for which no approved security requirements, templates or design models exist?
– Who is responsible for ensuring appropriate resources (time, people and money) are allocated to System on a Chip?
– Will System on a Chip deliverables need to be tested and, if so, by whom?
Stream processing Critical Criteria:
Tête-à-tête about Stream processing failures and gather Stream processing models .
– Risk factors: what are the characteristics of System on a Chip that make it risky?
– What tools and technologies are needed for a custom System on a Chip project?
Design flow Critical Criteria:
Analyze Design flow outcomes and pioneer acquisition of Design flow systems.
– What are your key performance measures or indicators and in-process measures for the control and improvement of your System on a Chip processes?
– Think about the functions involved in your System on a Chip project. what processes flow from these functions?
– How likely is the current System on a Chip plan to come in on schedule or on budget?
DEC Prism Critical Criteria:
Audit DEC Prism planning and give examples utilizing a core of simple DEC Prism skills.
– Is the System on a Chip organization completing tasks effectively and efficiently?
– What are the Essentials of Internal System on a Chip Management?
– Who needs to know about System on a Chip ?
Flow to HDL Critical Criteria:
Be clear about Flow to HDL issues and modify and define the unique characteristics of interactive Flow to HDL projects.
– What are the disruptive System on a Chip technologies that enable our organization to radically change our business processes?
– How do we maintain System on a Chips Integrity?
– How can we improve System on a Chip?
ARM Holdings Critical Criteria:
Inquire about ARM Holdings projects and find the ideas you already have.
– Think about the people you identified for your System on a Chip project and the project responsibilities you would assign to them. what kind of training do you think they would need to perform these responsibilities effectively?
– How much does System on a Chip help?
Power Management Unit Critical Criteria:
Scan Power Management Unit leadership and oversee Power Management Unit requirements.
– What sources do you use to gather information for a System on a Chip study?
– Have you identified your System on a Chip key performance indicators?
– Can Management personnel recognize the monetary benefit of System on a Chip?
Comparison of instruction set architectures Critical Criteria:
Transcribe Comparison of instruction set architectures visions and don’t overlook the obvious.
– How can we incorporate support to ensure safe and effective use of System on a Chip into the services that we provide?
– What are the record-keeping requirements of System on a Chip activities?
– Are there System on a Chip problems defined?
Device driver Critical Criteria:
Brainstorm over Device driver quality and balance specific methods for improving Device driver results.
– Have all basic functions of System on a Chip been defined?
NX bit Critical Criteria:
Communicate about NX bit results and diversify by understanding risks and leveraging NX bit.
– Does System on a Chip analysis isolate the fundamental causes of problems?
– Are accountability and ownership for System on a Chip clearly defined?
Random access stored program machine Critical Criteria:
Talk about Random access stored program machine governance and attract Random access stored program machine skills.
– What are your most important goals for the strategic System on a Chip objectives?
– What are specific System on a Chip Rules to follow?
Ultra-low-voltage processor Critical Criteria:
Have a meeting on Ultra-low-voltage processor tasks and report on the economics of relationships managing Ultra-low-voltage processor and constraints.
– What new services of functionality will be implemented next with System on a Chip ?
– Are assumptions made in System on a Chip stated explicitly?
– What are internal and external System on a Chip relations?
Wearable computer Critical Criteria:
Boost Wearable computer management and intervene in Wearable computer processes and leadership.
– How do we ensure that implementations of System on a Chip products are done in a way that ensures safety?
– What is our formula for success in System on a Chip ?
Gate array Critical Criteria:
Design Gate array tactics and diversify by understanding risks and leveraging Gate array.
– How do you determine the key elements that affect System on a Chip workforce satisfaction? how are these elements determined for different workforce groups and segments?
– How do we Improve System on a Chip service perception, and satisfaction?
Clock gating Critical Criteria:
Substantiate Clock gating decisions and catalog what business benefits will Clock gating goals deliver if achieved.
– What are your results for key measures or indicators of the accomplishment of your System on a Chip strategy and action plans, including building and strengthening core competencies?
Digital circuit Critical Criteria:
Consolidate Digital circuit visions and research ways can we become the Digital circuit company that would put us out of business.
– What potential environmental factors impact the System on a Chip effort?
– How would one define System on a Chip leadership?
Computer program Critical Criteria:
Accumulate Computer program strategies and change contexts.
– What are the success criteria that will indicate that System on a Chip objectives have been met and the benefits delivered?
Performance per watt Critical Criteria:
Closely inspect Performance per watt quality and clarify ways to gain access to competitive Performance per watt services.
– What other organizational variables, such as reward systems or communication systems, affect the performance of this System on a Chip process?
– In a project to restructure System on a Chip outcomes, which stakeholders would you involve?
– What is the source of the strategies for System on a Chip strengthening and reform?
ARM Architecture Critical Criteria:
Scrutinze ARM Architecture failures and sort ARM Architecture activities.
– Will System on a Chip have an impact on current business continuity, disaster recovery processes and/or infrastructure?
– Do System on a Chip rules make a reasonable demand on a users capabilities?
Universal Turing machine Critical Criteria:
Drive Universal Turing machine failures and finalize the present value of growth of Universal Turing machine.
– Will new equipment/products be required to facilitate System on a Chip delivery for example is new software needed?
– Why are System on a Chip skills important?
– How to Secure System on a Chip?
Mill architecture Critical Criteria:
Rank Mill architecture adoptions and explain and analyze the challenges of Mill architecture.
– Does System on a Chip create potential expectations in other areas that need to be recognized and considered?
– Does our organization need more System on a Chip education?
Combinational logic Critical Criteria:
Learn from Combinational logic projects and tour deciding if Combinational logic progress is made.
– How do senior leaders actions reflect a commitment to the organizations System on a Chip values?
Deep learning Critical Criteria:
Mix Deep learning results and define Deep learning competency-based leadership.
– Do we cover the five essential competencies-Communication, Collaboration,Innovation, Adaptability, and Leadership that improve an organizations ability to leverage the new System on a Chip in a volatile global economy?
– Think about the kind of project structure that would be appropriate for your System on a Chip project. should it be formal and complex, or can it be less formal and relatively simple?
– What about System on a Chip Analysis of results?
System in package Critical Criteria:
Derive from System in package engagements and assess and formulate effective operational and System in package strategies.
Data buffer Critical Criteria:
Accelerate Data buffer planning and tour deciding if Data buffer progress is made.
– Are there System on a Chip Models?
– Is System on a Chip Required?
Semiconductor device Critical Criteria:
Win new insights about Semiconductor device goals and pay attention to the small things.
– What are our needs in relation to System on a Chip skills, labor, equipment, and markets?
– Who will provide the final approval of System on a Chip deliverables?
– How can the value of System on a Chip be defined?
Cycles per instruction Critical Criteria:
Be responsible for Cycles per instruction quality and clarify ways to gain access to competitive Cycles per instruction services.
– Consider your own System on a Chip project. what types of organizational problems do you think might be causing or affecting your problem, based on the work done so far?
– Is there a System on a Chip Communication plan covering who needs to get what information when?
– Does System on a Chip appropriately measure and monitor risk?
Manycore processor Critical Criteria:
Analyze Manycore processor projects and pay attention to the small things.
– Who will be responsible for making the decisions to include or exclude requested changes once System on a Chip is underway?
– What are the long-term System on a Chip goals?
Physics processing unit Critical Criteria:
Categorize Physics processing unit risks and catalog what business benefits will Physics processing unit goals deliver if achieved.
– A compounding model resolution with available relevant data can often provide insight towards a solution methodology; which System on a Chip models, tools and techniques are necessary?
– Why is it important to have senior management support for a System on a Chip project?
– How important is System on a Chip to the user organizations mission?
Serial Peripheral Interface Bus Critical Criteria:
Familiarize yourself with Serial Peripheral Interface Bus engagements and perfect Serial Peripheral Interface Bus conflict management.
– Do those selected for the System on a Chip team have a good general understanding of what System on a Chip is all about?
Programmable logic device Critical Criteria:
Test Programmable logic device issues and explore and align the progress in Programmable logic device.
One instruction set computer Critical Criteria:
Prioritize One instruction set computer strategies and clarify ways to gain access to competitive One instruction set computer services.
Memory dependence prediction Critical Criteria:
Explore Memory dependence prediction adoptions and reduce Memory dependence prediction costs.
– How do we go about Comparing System on a Chip approaches/solutions?
– What threat is System on a Chip addressing?
Boolean circuit Critical Criteria:
Focus on Boolean circuit tasks and be persistent.
– What are the barriers to increased System on a Chip production?
– Why is System on a Chip important for you now?
Hengzhi chip Critical Criteria:
Dissect Hengzhi chip decisions and develop and take control of the Hengzhi chip initiative.
– Which customers cant participate in our System on a Chip domain because they lack skills, wealth, or convenient access to existing solutions?
Instruction Scheduler Critical Criteria:
Guide Instruction Scheduler decisions and stake your claim.
– What are the top 3 things at the forefront of our System on a Chip agendas for the next 3 years?
– How do we manage System on a Chip Knowledge Management (KM)?
National Semiconductor Critical Criteria:
Bootstrap National Semiconductor tasks and secure National Semiconductor creativity.
– What tools do you use once you have decided on a System on a Chip strategy and more importantly how do you choose?
– Is System on a Chip Realistic, or are you setting yourself up for failure?
– How do we keep improving System on a Chip?
Transactions per second Critical Criteria:
Meet over Transactions per second adoptions and find answers.
Stack machine Critical Criteria:
Incorporate Stack machine engagements and create a map for yourself.
Branch execution unit Critical Criteria:
Set goals for Branch execution unit planning and look for lots of ideas.
– What is Effective System on a Chip?
Wetware computer Critical Criteria:
Set goals for Wetware computer projects and probe the present value of growth of Wetware computer.
– At what point will vulnerability assessments be performed once System on a Chip is put into production (e.g., ongoing Risk Management after implementation)?
Analog circuit Critical Criteria:
Talk about Analog circuit failures and revise understanding of Analog circuit architectures.
– How do mission and objectives affect the System on a Chip processes of our organization?
– Is Supporting System on a Chip documentation required?
Field-programmable gate array Critical Criteria:
Be clear about Field-programmable gate array outcomes and observe effective Field-programmable gate array.
– What will drive System on a Chip change?
– Are we Assessing System on a Chip and Risk?
Explicitly parallel instruction computing Critical Criteria:
Reconstruct Explicitly parallel instruction computing planning and work towards be a leading Explicitly parallel instruction computing expert.
– Do we monitor the System on a Chip decisions made and fine tune them as they evolve?
– Are there recognized System on a Chip problems?
Simultaneous multithreading Critical Criteria:
Do a round table on Simultaneous multithreading issues and figure out ways to motivate other Simultaneous multithreading users.
– What will be the consequences to the business (financial, reputation etc) if System on a Chip does not go ahead or fails to deliver the objectives?
Quantum gate Critical Criteria:
Have a session on Quantum gate leadership and oversee Quantum gate management by competencies.
Digital signal processing Critical Criteria:
Check Digital signal processing planning and ask questions.
Flynn’s taxonomy Critical Criteria:
Disseminate Flynn’s taxonomy leadership and spearhead techniques for implementing Flynn’s taxonomy.
Circuit underutilization Critical Criteria:
Devise Circuit underutilization leadership and find the essential reading for Circuit underutilization researchers.
– Is maximizing System on a Chip protection the same as minimizing System on a Chip loss?
– When a System on a Chip manager recognizes a problem, what options are available?
This quick readiness checklist is a selected resource to help you move forward. Learn more about how to achieve comprehensive insights with the System on a Chip Self Assessment:
Author: Gerard Blokdijk
CEO at The Art of Service | http://theartofservice.com
Gerard is the CEO at The Art of Service. He has been providing information technology insights, talks, tools and products to organizations in a wide range of industries for over 25 years. Gerard is a widely recognized and respected information expert. Gerard founded The Art of Service consulting business in 2000. Gerard has authored numerous published books to date.
To address the criteria in this checklist, these selected resources are provided for sources of further research and information:
System on a Chip External links:
[PDF]3 Dimensional Monolithic System on a Chip (3DSoC)
Cloud computing External links:
AWS Cloud Computing Certification Program – aws.amazon.com
Microsoft Azure Cloud Computing Platform & Services
CRM Software & Cloud Computing Solutions – Salesforce UK
Semiconductor fabrication plant External links:
semiconductor fabrication plant – superioressaypapers
Stream processing External links:
Real-Time Stream Processing: Extract & Transform | …
Design flow External links:
[PDF]Design Flow and Loading Determination Guidelines …
CiteSeerX — Design Flow
[PDF]Design Flow Reduction Review Checklist
DEC Prism External links:
Sketch of DEC PRISM — Mark Smotherman
Flow to HDL External links:
Flow to HDL – Revolvy
https://update.revolvy.com/topic/Flow to HDL
Flow to HDL – Infogalactic: the planetary knowledge core
Flow to HDL – WOW.com
Power Management Unit External links:
Power Management Unit – Home | Facebook
Power management unit ideal for handheld devices | EE …
Power Management Unit
http://The Power Management Unit (PMU) is a microcontroller that governs power functions of digital platforms. This microchip has many similar components to the average computer, including firmware and software, memory, a CPU, input/output functions, timers to measure intervals of time, as well as analog to digital converters to measure the voltages of the main battery or power source of the computer.
Device driver External links:
Lenovo ACPI device driver for Windows 7, XP – …
Steps for Signing a Device Driver Package
NX bit External links:
NX bit in OS X | Official Apple Support Communities
NX bit – Infogalactic: the planetary knowledge core
NX bit : definition of NX bit and synonyms of NX bit (English)
Random access stored program machine External links:
RASP means Random access stored program machine – …
Random access stored program machine – How is …
Wearable computer External links:
Raspberry Pi Wearable Computer. – Instructables
Apple Watch: Apple Unveils Watch Wearable Computer | Time
Gate array External links:
What is field-programmable gate array (FPGA)? – …
Gate Array Logic – How is Gate Array Logic abbreviated?
Field-Programmable Gate Array (FPGA) Salary | PayScale
http://www.payscale.com › United States › Skill/Specialty
Clock gating External links:
[PDF]Clock Gating – Indian Institute of Technology Kanpur
[PDF]7.3. Clock gating – EE Times
https://m.eet.com/media/1123562/fpmm – part 1.pdf
Digital circuit External links:
What is a glitch in a digital circuit? | Electronics – Quora
The Digital Circuit – YouTube
Quickly and accurately find the corresponding circuit breaker of standard outlets with this Digital Circuit Breaker Finder from Klein Tools.
Computer program External links:
AlphaGo documentary follows Google computer program…
Computer program | Britannica.com
Performance per watt External links:
Designs that improve performance per watt | EE Times
ARM Architecture External links:
ARM Architecture Fundamentals video – YouTube
Robot Arm Architecture Challenge | NASA
Universal Turing machine External links:
[PPT]Universal Turing Machines – Computer Science
[PDF]Universal Turing Machine – K. R. Chowdhary
Universal Turing Machine – Everything2.com
Deep learning External links:
MIT 6.S094: Deep Learning for Self-Driving Cars
Focal Systems – Deep Learning and Computer Vision …
System in package External links:
IMAPS – SYSTEM IN PACKAGE (SiP) TECHNOLOGY …
Data buffer External links:
Data buffer – Bridgeworks Ltd. – Free Patents Online
Data buffer. – IBM – Free Patents Online
[PDF]’Data Buffer Not Full’ Error – Xitron
http://www.xitron.com/related_files/Data Buffer Not Full.pdf
Semiconductor device External links:
Hitachi Power Semiconductor Device, Ltd.
Semiconductor device | electronics | Britannica.com
Cycles per instruction External links:
MCPI abbreviation stands for Memory Cycles Per Instruction
[PDF]CPU Performance Evaluation: Cycles Per Instruction …
Cycles Per Instruction – Why it matters – insideHPC
Manycore processor External links:
[PDF]Building Manycore Processor-to-DRAM Networks …
Physics processing unit External links:
Patent WO2005038559A3 – Physics processing unit – …
Patent US7895411 – Physics processing unit – Google Patents
Physics Processing Unit Explained – Dev Hardware
Serial Peripheral Interface Bus External links:
Serial Peripheral Interface Bus – YouTube
The Serial Peripheral Interface Bus | EEWeb Community
Serial Peripheral Interface Bus – bildr
Programmable logic device External links:
What is a programmable logic device? – Quora
Programmable Logic Device (PLD) Development Tools
Programmable Logic Device (PLD) – YouTube
One instruction set computer External links:
One Instruction Set Computer
One instruction set computer – topics.revolvy.com
https://topics.revolvy.com/topic/One instruction set computer
e25 . lab 5: OISC : One Instruction Set Computer
Memory dependence prediction External links:
[PDF]Memory Dependence Prediction – University of Toronto
CiteSeerX — Memory Dependence Prediction
Memory Dependence Prediction and Access Ordering …
Boolean circuit External links:
[PDF]Boolean Circuit Optimization – Princeton University
Instruction Scheduler External links:
Dynamic Instruction Scheduler | EEWeb Community
National Semiconductor External links:
[PDF]National Semiconductor Linear Databook – …
National Semiconductor Salaries | CareerBliss
Transactions per second External links:
Transactions per second estimation | BMC Communities
Stack machine External links:
BodyCraft X4 4-Stack Machine – Commercial Grade
Sew Stack Machine Feet Box | Keepsake Quilting
Stack Computers: 3.2 A GENERIC STACK MACHINE
Wetware computer External links:
Wetware Computer | Girlfriend Records
Sferro – Wetware Computer – YouTube
Analog circuit External links:
What is Analog Circuit Behavior (ACB)? – Roland U.S. Blog
Analog Circuit Design – ScienceDirect
What is an analog circuit? – Quora
Field-programmable gate array External links:
What is field-programmable gate array (FPGA)? – …
Field-Programmable Gate Array – Photonics Spectra
Explicitly parallel instruction computing External links:
[PDF]Adaptive Explicitly Parallel Instruction Computing
Explicitly Parallel Instruction Computing – ROBLOX
Simultaneous multithreading External links:
“Simultaneous multithreading: Operating system …
Quantum gate External links:
Quantum Gate – AllMusic
Quantum Gate for PC – GameFAQs
Tangerine Dream – Quantum Gate – Tear Down the grey skies
Digital signal processing External links:
Amazon.com: C++ Algorithms for Digital Signal Processing (2nd Edition) (0076092031239): Paul Embree, Damon Danieli: Books
ECE 538 Digital Signal Processing I – Purdue Engineering
An Introduction to Digital Signal Processing – ScienceDirect
Flynn’s taxonomy External links:
ICAR – Flynn’s Taxonomy Flashcards | Quizlet
Flynn’s Taxonomy / Useful Notes – TV Tropes
Circuit underutilization External links:
What is CIRCUIT UNDERUTILIZATION? What does …