Product Type: Market Research Report
Published by: In-Stat
Published: December 2003
Product Code: R97-1517Description The security processor market is young and full of start-ups all out to make a name for themselves. As history has proven in the past, this will invariably lead to some companies closing their doors for good, others getting bought by larger, more established companies, and still others eventually becoming successful. When one examines the security processor market, it becomes clear that this area is especially turbulent thanks to the myriad of different places that can benefit from encryption acceleration. This report examines this particular sub-sector of the security market - since there are other chips that can help with certain kinds of security, but don't use cipher technology.
Among the encryption chips, there are clearly intended speed grades for which a chipmaker designs. We examine all of these speed grades - from T-1 lines to 10 Gbps - to determine a complete picture of the market. This is especially helpful since several vendors have multiple products in multiple different speed grades. Ihis report contains forecasts for shipments, ASPs, and revenues for each of the various speed grades, extrapolated over the next five years. There are also drill down shipment forecasts that examine certain key markets in more detail, all based on In-Stat/MDR's extensive database of equipment projections. Table of Contents - Executive Summary
- Report Organization
- Methodology
- Technical Overview
- Technology Backgrounder
- What is Encryption?
- Where is Encryption Used?
- Why is Encryption Important?
- Hashing
- Secure Hash Algorithm (SHA-1, -256, -384, -512)
- Message Digest 2, 4, and 5 (MD2, MD4, and MD5)
- RIPEMD-160
- Encryption Algorithms
- NIST Algorithms
- DES
- 3DES
- AES
- RSA Algorithms
- RC2
- RC4
- RC5 & RC6
- Key Exchanges
- PKI (Public Key Infrastructure)
- Diffie-Hellman
- RSA (Rivest-Shamir-Adleman)
- Encryption Protocols
- SSL/TLS
- IPsec
- SSH/SecSH (Secure Shell)
- SKIP
- Performance Metrics
- Transactions Per Second (Tps)
- Throughput
- Future Technology Trends
- Integration
- NPUs
- TOEs
- XOEs
- Growth of Protocols
- Programmable Protocols
- Market Overview
- Introduction
- What Markets Use Encryption?
- Virtual Private Networks
- Offsite Storage
- Tunneling IP-based WAN Connections
- XML-based Backend Supply Chains
- Mobile Commerce
- Wireless Networks
- Web-based Transactions
- Cyber Terrorism
- Summary of Factors Driving Overall Security Market
- Growth Factors for Chips over Software
- Ease of Use
- Bang for Buck
- Threat Factors against Encryption Chips
- Overall Trends of the Market
- Forecast
- Low-End Market
- Mid-Range Market
- High-End Market
- Vendor Profiles
- Broadcom
- Cavium
- Corrent
- Hifn
- Intel
- Layer N Networks
- Motorola
- NetOctave
- Philips Semiconductors
- Safenet
- Appendix A: Glossary
- Appendix B: 1967 ASCII Code
- List of Tables
Table 1. Simple Encryption Example
Table 2. Basic Properties of the Different Secure Hash Algorithms
Table 3. Summary of Properties for the “RC” Family of Ciphers
Table 4. Revenue Forecast for the Security Processor Market, 2002 – 2007 ($k)
Table 5. Overview Forecast for the Low-End Security Processor Market, 2002 – 2007
Table 6. Shipment Forecasts for Key Markets for Low-End Devices 2002 – 2007 (units)
Table 7. Overview Forecast for the Mid-Range Security Processor Market, 2002 – 2007
Table 8. Shipment Forecasts for Key Markets for Mid-Range Devices 2002 – 2007 (units)
Table 9. Overview Forecast for the High-End Security Processor Market, 2002 – 2007
Table 10. Shipment Forecasts for Key Markets for High-End Devices 2002 – 2007 (units)
- List of Figures
Figure 1. Forecast for the Security Processor Market 2002 – 2007
Figure 2. Nominal Drawing of a NPU Board Using a Security Co-Processor
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