| Index |
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| The NVM Insider, Issue 11 |
| Page 2 - Executive Opinion |
| Page 3 - Outside Thoughts |
| Page 4 - Tech Tidbits |
| Page 5 - Sidense Out and About |
| All Pages |
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Since this newsletter marks the midpoint of Sidense's fiscal year, I thought I would summarize some of the milestones we've reached during the past six months.
Our bookings in the first two quarters of the fiscal year have surpassed bookings of fiscal 2010 and as you know, fiscal 2010 was a record year for Sidense. The growth in our bookings comes from old and new customers building SoCs that include wireless and wired standards such as ZigBee, UWB, HDMI, WHDMI and USB. We continue to grow our product offerings and see worldwide success in licensing our technology. On the manufacturing front, Sidense customers are now in production at 180, 130, 90 and 65nm nodes. We have also closed deals with customers at the leading-edge 40nm process node.

One of the key criteria in selecting a semiconductor IP component is its "suitability for the intended purpose." On the surface, this issue seems to be a straightforward question to be answered with a simple yes/no answer gleaned from a number on a datasheet or claims in a PowerPoint presentation. Considering this criterion more closely, however, reveals that it is a much more complex question with a more complex answer.
The obvious and industry-standard litmus test is silicon validation testing. This involves implementing the IP component in a selected process technology as a test chip and then validating the functionality and characterizing the electrical parameters of the manufactured part across a range of manufacturing process corners and operating conditions. Where appropriate, this may also include successfully executing a set of standardized tests to prove compliance with a given standardized interface (e.g. USB).

Sidense 1T-OTP is ideally suited to a broad range of applications and provides many benefits for many use cases, including security, reliability and cost-effective implementation. Its flexibility allows it to be used as a ROM or eFuse replacement supporting programming during manufacture and test. In addition many applications require programming of all or a part of the array in the field - for example supporting devices that allow firmware code revisions, security key updates or device configuration and adjustment.


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