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Technology Stocks : Advanced Micro Devices - Moderated (AMD) -- Ignore unavailable to you. Want to Upgrade?


To: dougSF30 who wrote (219034)12/5/2006 3:03:04 PM
From: jspeedRead Replies (1) | Respond to of 275872
 
edit: They are not hiding it. You can purchase a detailed breakdown from Semiconductor Insights (for a handsome fee no doubt).

The fact that these guys gave AMD's 65nm process their award should be enough to tell you that it's good.

edit:
semiconductor.com

Semiconductor Insights Logic Detailed Structural Analysis report provides a thorough analysis of the silicon processing steps involved in the construction of this innovative IC. Our report is a comprehensive examination of each level of the fabrication process from passivation to wells.

The Detailed Structural Analysis of the Advanced Micro Devices Opteron Rev G 65nm Microprocessor includes the following information:

Package and Die Overview
- Front and back package photos, package x-ray, and a die photo
- Package Cross-section

Device Measurements
- Die size, die thickness
- Number of poly / metal layers
- Critical horizontal and vertical dimensions
Horizontal:
- Minimum metal line width(s), space(s) and pitch(es)
- Minimum poly line widths, space
- Minimum via and contact sizes and overlap rules
- Minimum contact to gate spacing
- Minimum NMOS and PMOS gate lengths
- SRAM cell area
- Standard gate area (a single two-input NAND)
Vertical:
- Thickness of layers comprising each metal and poly level
- Isolation, inter-level and passivation thickness
- Isolation edge geometry
- Gate dielectric thickness

Cross-Sections and Images
- Cross-sections of following critical features: NMOS and PMOS transistors, vias, contacts, metalization, inter-metal dielectrics, and passivation
- TEM image of core logic transistor gate and contact structure
- HRTEM Lattice fringe image of core logic gate dielectric thickness

Device Topography
- SRAM - High magnification SEM images of poly
- Core Logic
- High magnification SEM images of poly
- Bond pad
- Die Corner
- Power Bus

Substrate Overview
- Well and substrate doping profiles from SRP

Passivation and interlevel dielectric profile
- Identification of dielectric systems such as FSG, CDO, and barriers

Techniques Applied:
- Cross-section
- De-layering
- SEM
- TEM
- SRP

Analysis of the above techniques and images will include:
- Identification and analysis of key materials - EDS analysis of silicides
- Identification and analysis of dielectric layers - dielectric type and deposition method for inter-level dielectrics and passivation
- Identification and discussion of unique device features and innovations
- Analysis of reliability of process
- Identification of process artifacts
- Comparison of device to previous process generations as applicable

A comparison of device to competing technologies is also given.

This report comes with 5 hours of analyst time.



To: dougSF30 who wrote (219034)12/5/2006 3:08:49 PM
From: FJBRead Replies (1) | Respond to of 275872
 
Doug, You have exceeded the speed limit. No more posts today, or say goodbye for 48hrs.

Thanks for your cooperation!



To: dougSF30 who wrote (219034)12/5/2006 3:42:39 PM
From: rzborusaRead Replies (1) | Respond to of 275872
 
Doug, As an Intel long wouldn't you be happy if it had taken AMD longer to bring up 65nm? Don't answer yet.

I will vote against the 20 speedlimit out of a sense of fairness to you. It seems a word count would be more appropriate but way too difficult. I don't begrudge you, and am glad you keep your posts short and to the point, hence numerous.

As I understand it, the moderator is not compelled to act.

Many including you have been quick to request moderation. It is good to disagree. We get the thread we deserve.