Tel.: +39 050 754.260
Fax.: +39 050 754.261>
Mobile: +39 348 7909897
Contact Person: Mr. Massimiliano Porciani
E-Mail: massimiliano.porciani@aurelia-micro.it
WEB Address: http://www.aurelia-micro.it
| Turn over of the company
(1998) |
550 KEURO |
| % Turn over Digital ASICs
(1998) |
55% |
| % Turn over Analog and Mixed
Signal ASICs (1998) |
45% |
| Total number of personnel |
9 |
| Number of ASIC designers |
6 |
|
|
| Type of workstations |
Unix Workstations: HP, SUN |
| Design tools |
Cadence Environment (Complete
Digital and Analog License):
-
HDL (Verilog-VHDL) simulators
(Leapfrog, VERILOG-XL)
-
HDL synthesizer (Synergy, Ambit
Buildgates)
-
Schematic (Composer) and Layout
(Virtuoso) entry
-
Analog and Mixed simulators
(Analog-Artist with Spectre, Eldo, HSPICE)
-
Place&Route (SiliconDSM,
Gate-Array)
-
Layout verification (DIVA DRC,
LPE, LVS)
TestGen Synopsys Environment
(ex-Sunrise):
-
Design For Testability structures
insertion
-
Automatic Test Pattern Generator
-
Fault Simulation
FPGA Design Synopsys Environment
(ex-Viewlogic):
-
Design Entry (ViewDraw,ViewSim)
-
VHDL simulator (Fusion/Speedwave)
-
VHDL synthesizer (FPGA Express)
-
ALTERA, XILINX
|
Experience (during
the last 2 to 3 years)
Application
domains
-
High-energy
physics
-
Biomedical
instrumentation
-
Digital
imaging
-
Space
applications
Experts
in
-
Design
for Testability
-
Programmable
Filters
-
Low-power
ADC
-
Low-noise
charge amplifiers
-
Complete
pacemaker analogue, mixed signal and high-voltage section
-
Multi-channels
pixel detector readouts
Number
of ASIC designs per year :
Typical
examples of realised projects
-
Multi-Hit
Time to Digital Converter (MHITIC)
Short
Description: 8-channels time-to-digital converter, 1 ns resolution
Application:
high-energy physics / automotive applications
Technology:
Digital CMOS 1m ES2
-
ICARUS
readout filter (DAEDALUS)
Short
Description: Programmable Filter, 50 MHz working freq., 20000 eq. gates
Application:
high-energy physics experiment
Technology:
Digital CMOS 0.7m ES2
-
MEDICO
3201
Short
Description: Atrial and ventricular switched capacitors programmable sensing
chain and band gap
Application:
biomedical (pacemaker)
Technology:
Mixed CMOS 2m AMS low-threshold
-
Readout
System Level-1 Filter
Short
Description: FIR filter, 40 MHz working freq., 60000 eq. gates
Application:
high-energy physics
Technology:
Digital CMOS 0.8m AMS
-
Readout
System Level-2 Filter
Short
Description: FIR filter, 40 MHz working freq., 45000 eq. gates
Application:
high-energy physics
Technology:
Digital CMOS 0.8m AMS
-
Lineariser
Short
Description: Digital lineariser with arithmetic unit and LUT, 40 MHz working
freq., 35000 eq. gates
Application:
high-energy physics
Technology:
Digital CMOS 0.8m AMS
-
ICARUS
analog multiplexer (ICARMUX)
Short
Description: 16-channels analog multiplexer
Application:
high-energy physics
Technology:
Analog BiCMOS 0.8m AMS
-
ICARUS
input amplifier (ICARAMP)
Short
Description: low-noise input amplifier
Application:
high-energy physics
Technology:
Analog BiCMOS 0.8m AMS
-
UADC23>
Short
Description: Improved Low-power Algorithmic 8-bit ADC, 2 mA – 2.7 V
Application:
biomedical (pacemaker)
Technology:
Mixed CMOS 1.2m AMS
-
Front-end
ReadOut System for pixel detector
Short
Description: 8-channels pixel detector readout
Application:
digital imaging / biomedical instrumentation
>Technology:
Mixed signal CMOS 0.8m AMS
-
VARSAL-A>
Short
Description: complete pacemaker analogue and mixed signal section
Application:
biomedical (pacemaker)
Technology:
Mixed CMOS 1.2m AMS low-threshold
-
TRACK>
Short
Description: set of basic analog cells (Opamps, Band-Gaps, Comparators,
Current Generators)
Application:
space applications / high-energy physics
Technology:
Mixed BiCMOS 0.8m DMILL
Other
activities
-
1996-1999:
Prime Contractor in MagIC (MAGNETIC IC for Industrial Switch and Sensor
Applications ) ESPRIT Project.
-
1998-2000:
Prime Contractor in LAP (Low cost Large Area Panel Processing of MCM-D
substrates and packages) ESPRIT Project.
-
During
1998 C.A.E.N. Microelettronica has started a collaboration with TEMIC for
the development of the analog library in DMILL technology.
-
C.A.E.N.
Microelettronica is able to set training courses on its specific expertises.
General
description of the company
C.A.E.N. S.p.A. Costruzioni
Apparecchiature Elettroniche Nucleari was founded in 1980 in Viareggio
by a group of experts previously at INFN, (Istituto Nazionale di Fisica
Nucleare). C.A.E.N. designs and
manufactures sophisticated electronic equipment for Nuclear Physics research
and is today one of the world’s leading companies in the sector, certainly
the most important in Europe. It is therefore not unexpected that
C.A.E.N. has matured the necessity
to reach beyond the more commonly accessible frontiers and to create its
own microelectronics department able to resolve the ever more complex requests
made by the research world. After three years of apprenticeship at
the most important Italian Universities involved in microelectronic devices
research and development and after taking up the numerous training opportunities
offered by the European Economic Community, the department has begun to
enjoy its first concrete successes both in the digital and in the analog/mixed
fields. This brought about C.A.E.N.‘s decision to offer out its skills
and expertise and to form a microelectronics company. C.A.E.N.
Microelettronica e Sistemi Avanzati s.r.l. is therefore able to satisfy
the ever increasing demands of small and medium-size industries.
C.A.E.N.
Microelettronica can count on the experience of a consolidated Design Centre,
which is able to meet industry requirements with its own software and personnel,
with regard to the innovation of products through integration at all levels
on Silicon: from FPGAs and Gate Arrays, to ASICs, as well as particular
emphasis on the most sophisticated techniques of electronic devices packaging
and assembly. C.A.E.N. Microelettronica’s
strength stems also from its synergy with C.A.E.N.
S.p.A. which enables the Company to offer its customers not only the component,
but also the complete system (ASIC plus housing board, plus Control
Software).
At the end of 1998, C.A.E.N.
Microelettronica decided to expand its visibility and its potential market
by founding Aurelia Microelettronica S.r.l. (C.A.E.N.
is the majority shareholder with 80% of the capital), together with a consortium
of banks and research centres (Aurelia S.p.A.).