Hardware development
Customised hardware solutions from the idea to the production-ready product.
Our development team
Expertise and innovation for your product development
With first-class hardware development services for electronics and embedded systems, including PCB layout, we are at your side and accompany you throughout the entire development process from the initial idea to sample production and commissioning.
Our experienced engineers work with different processor architectures, interfaces and memory types and have access to first-class microprocessors and electronic components. Through continuous training and an eye for the latest industry trends, we offer you the best quality for your customised hardware solutions.
Our services at a glance
Solution approach and specification
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- Feasibility studies
- Development of specifications based on international standards
- Cost estimates
Circuit design, simulation and routing
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- Process sequence
- technical parameters
- specifications
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- Test setups
- Test circuits
- Laboratory assembly of assemblies in small quantities
- Very good connections to well-known EMS service providers (Electronic Manufacturing Service)
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- Analysing the operating conditions
Determination of the applicable EMC standards - Creation of a test plan
- EMC measurements during development in our own shielding cabin
- Burst up to 4 kV
- ESD up to 8 kV contact/15 kV air
- Surge up to 6 kV 1.2/50 µs or 10/700 µs
- Conducted disturbances 0.15 - 80 MHz up to 20 V
- Mains power contact up to 16 A
- Conducted interference emission 0.15 - 30 MHz
- RF emission Near field 30 MHz - 26 GHz
- RF immission near field 10 MHz - 7 GHz
- Standardised testing at certified EMC laboratories
- Evaluation of EMC test results
- Preparation of test reports
- Search for solutions if necessary
- Modification proposals if necessary
- Climate tests up to test specimen size 550 x 500 x 640 mm3 in the temperature range from -40 °C to +180 °C at a relative humidity of 10 % to 98 % (larger at +10 °C to +70 °C by arrangement)
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- Circuit descriptions
- Test specifications
- Test protocols
- Installation instructions
- Operating manuals
optionally in German, English or Russian
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- Cooperation with the distributor of your choice
- Direct contact with well-known semiconductor manufacturers
Our experiences in development
An overview of the technologies used to date and the equipment in our laboratory
- Alcatel/Mietec: MTC20172 (S0), MTC2071(Uk0)
- AMCC: S3015, S3016, S3026 (SDH), S3049 (Laser driver), S3056/S3076
- Brooktree/Rockwell/Conexant/Mindspeed: Bt8330 (E3), Bt8222 (SDH/ATM), Bt8954, Bt8970 (MDSL); ZipWire Plus
- CP Clare: LITELINK III
- CYPRESS: HOTLINK (Fibre Channel), CS8900A (Ethernet)
- DALLAS/Maxim: DS2153, DS21354/554 (E1)
- Ericsson: PBL 38621 (SLIC)
- Infineon/Lantiq: ACFA, IPAT, FALC, Dual-FALC (E1), QFALC (E1)
SICOFI-2, SICOFI-4, SICOFI-4-µC (Codecs)
HSCX, ESCC2, ESCC8 (HDLC)
MUSAC, SWITI (Coupling field)
MuBIC, SOCRATES (SDSL, SHDSL, ESHDSL), PEB 22827 (VDSL1)
ICC, IEC-Q (ISDN), ISAC, ITAC (Data-SST), EPIC, DELIC
DuSLIC (SLICOFI-2/SLIC-P)
SCOUT-P/SCOUT-PX
AMAZON, DANUBE
VINAX - Intel/Cortina: IXP42x, IXP465, LXT971, LXT972
- Level One: SK70720, SK70721 (MDSL), LXT6155 (SDH)
- Lucent: TTSI2K32T (TSI)
- MUSIC: MU9C2480 (CAM)
- PMC-Sierra: SPECTRA, TEMUX, TUPP, TUDX, SUNI622 (SDH, ATM)
- REALTEK: RTL8019 (Ethernet)
- Synergy: SY69952 (Clock Recovery)
- Transwitch: MRT, E2/E3F (PDH), CUBIT, CDB (ATM), EtherMap3
- Vitesse: VSC8476, VSC7323, VSC9128
- Mitel/Zarlink: MT9041/9042/9045, ZL30136 (PLL)
- Atmel ATMega 128, ATMega 256
- Communication Controller HSCX, ESCC2, ESCC8, RAC
- DSPs von Analog Devices (e.g. Blackfin)
- DSPs von Texas Instruments (diverse)
- Hypersone E1-32
- Infineon C16x
- Intel 8051-Derivate (8031, 80552, 80528, 80C320, P89C664, x86, i960, IXP42x, IXP465 …)
- Ethernet-Switche: Marvell, Lantiq, Vitesse
- Motorola (now Freescale) 68000-Derivate (68020, 68030, 68302, 68332, 68360) PowerPC/PowerQUICC (MPC860, 8323), Network processors
- NEC (HPC)
- PICs from Microchip (MPlab), RABBIT 2000
- Silabs: Ethernet-Controller CP2200
- Zilog (Z80)
- Ethernet PHYs: Broadcom, Marvell, Lantiq, Teridian, National Semiconductor
- a/b interfaces in country-specific design
- 64k, T1, E1, IMA, E2, E3, DS3, E4, STS-1 (STM-0)
- STM-1 … STM-64, OC3 … OC192
- X-, V- und I-interfaces (X.21, X25, X.51, V.24, V35, V36, I.430)
- FXO -VoIP, TR-069
- RS232, RS485, USB, PCI
- Ethernet, Fast Ethernet, Gigabit Ethernet, 10GbE
- MII, RMII, SGMII, SERDES
- FDDI, Fibre Channel
- Uk0, Up0, Upn, S0, S2M, U-R2
- IOM1, IOM2, UTOPIA Level 1, UTOPIA Level 2, PCM-Highway, OMIX
- H.110, CellBus
- XAUI, XFI, MSA300, OIF SPI4.2
- PDH, SDH, SONET analyser, all data rates up to 10 Gbit/s
- Jitter measurement technology for jitter and wander analysis
- Protocol analyser
- Ethernet traffic generators/analyzers
- Oscilloscope, maximum bandwidth 63 GHz
- Spectrum analyser up to 26 GHz
Network and spectrum analysers up to 500 MHz - Optical power meters for the wavelength range from 400 nm to 1650 nm
- Optical attenuators for singlemode and multimode fibre optic cables
- Optical spectrum analyser 810 nm to 1750 nm
- Singlemode test fibres up to 200 km in length
- RG 1000 call generator, SBA 1000 feed bridge, GIG 1216 charge pulse generator
- ISDN measurement technology: aurora Sonata, aurora Duett, So - Chesilvale, IOM adapter
- RG 20.xDSL Noise Generator
- LS 10.03 Line Simulator
- Line simulators PKN-1, DLS 200 HE, DLA 200
- OMIX tester
- MINIAMT MA02 line simulator
- MULTI-LINE-STAR 3/8 telecommunications system
- Climate cabinets
- EMC measurement technology (including burst and surge generator, ESD gun, measuring receiver), walk-in shielding cabin