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40G/100G
The explosive growth in Internet traffic for video over IP is creating the need to rapidly scale the world's IP infrastructure. This has a direct impact on IP backbone network capacity, router-to-router link bandwidth, individual core router size and the performance of optical transport networks used to carry traffic across wide area networks. The Telecommunication Industry on the verge of another shift in transmission rates and how to handle the migration from today's 10G networks to 40G deployments and 100G looming large on the horizon as its replacement. Vectron is committed to help our customers spur innovation and growth to help tackle the challenges of telecommunications industry and help accelerate the development of the 40GbE and 100GbE infrastructure needed to deliver multimedia services.
Oven Controlled Crystal Oscillators (OCXO)
| Product | Frequency Range (MHz) |
Output Supply | Aging | Temperature Stabilities to -40°C to +85°C |
Features |
OX-400 OCXO |
10 to 52 |
HCMOS 3.3V |
< ± 100ppb/year < ± 700ppb/10years |
10 ppb | - Stratum 3 over the Industrial Temp Range |
OX-501
OCXO |
10 to 100 |
HCMOS 3.3V |
< ± 300ppb/year < ± 2.5ppm/10years |
30ppb |
- TCXO Replacement - Small Size 9x14 mm - 6 PAD SMD - Fast Warm-up |
OX-221 OCXO |
10 to 160 |
HCMOS/Sinewave 3.3V, 5V, or 12V |
< ± 300ppb/year < ± 2.5ppm/10years |
5ppb |
–122 dBc/Hz at 10 Hz offset –154 dBc/Hz at 10 kHz offset –Low power consumption: 4 watts during warm–up 1.35 watts during steady state |
Temperature Compensated Crystal Oscillator - TCXOs
| Product | Frequency Range (MHz) |
Output Supply | Temperature Stabilities to -40°C to +85°C |
Features |
TX-801 TCXO |
6.4 to 52 MHz |
HCMOS Clipped Sinewave |
280ppb |
- Extended Temperature Range up to +105°C - S3 Compliant - Temp Stability: 100ppb –10 to 70°C - Excellent short term stability supports timing over IP - Small form factor |
TX-703/704 TCXO |
6.4 to 35 MHz |
HCMOS Clipped Sinewave |
280 ppb |
- Excellent Temperature Stability - Stratum 3 Compliant - RoHS Compliant |
VT-803 TCXO |
10 to 52 MHz |
Clipped Sinewave CMOS |
200 ppb |
- Temp Stability: 200ppb over –40°C to +85°C - Aging: <0.5ppm / year - Excellent Phase Noise |
TX-502 TCXO |
6.4 to 26 MHz | HCMOS | 100 ppb |
- OCXO Performance: –20 to 70°C; 50ppb - Low Power Consumption |
Voltage Controlled SAW Oscillator - VCSOs
| Product | Frequency Range (MHz) |
Output Supply | Features |
VS-708 VCSO |
600 - 2300 |
LVPECL, LVDS, Differential Sinewave Single Frequency |
Typical Jitter: 55fs rms, 12kHz to 20MHz 3.3 V Supply Voltage |
VS-504 VCSO |
800 - 2500 |
Sinewave, Balanced Sinewave Dual Frequency |
Typical Jitter: 12fsec rms, 12kHz to 20MHz 3.3 V Supply Voltage |
VS-703 VCSO |
700 - 3000 |
CML Compatible Outputs (fN <1.2 GHz) Differential Sinewave Outputs (fN >1.2 GHz) Single Frequency |
- 150 fs–rms (fN=2949.12MHz, 10kHz to 100MHz) - 115 fs–rms (fN=2949.12MHz, 12kHz to 20MHz) - 90 fs–rms (fN=2949.12MHz, 50kHz to 80MHz) |
VS-401 VCSO |
1300 - 2000 |
Sinewave, Balanced Sinewave Single Frequency |
- 8 fsec–rms Jitter |
VS-705 VCSO |
120 - 985 |
LVPECL, LVDS Single Frequency |
- Discrete PLL's with Jitter Performance less than 120fs rms jitter |
VS-709 VCSO |
150 - 1000 |
LVPECL, LVDS Dual Frequency |
- 5th Generation ASIC Technology for Ultra Low Jitter - 120 fs–rms (fN = 622.08 MHz, 12 kHz to 20 MHz) - 105 fs–rms (fN = 622.08 MHz, 50 kHz to 80 MHz) |
VS-702 VCSO |
150 - 1000 |
LVPECL, LVDS Single Frequency |
- 8 fsec–rms Jitter |
Voltage Controlled Crystal Oscillator - VCXOs
| Product | Frequency Range (MHz) |
Output Supply | Features |
VX-700 VCXO |
80 to 200.0 | LVPECL | - Discrete PLL VCXO with Jitter Performance less than 120fs rms jitter |
VX-703 VCXO |
1 to 77.76 |
TTL CMOS |
Jitter performance <6 ps rms (output freq >12MHz) |
VX-402 VCXO |
800 to 3000 |
Clipped Sinewave balanced |
- Typical Jitter: 109fsec rms, 12kHz to 20MHz |
VX-501 VCXO |
1 to 700 |
HCMOS PECL LVDS LVPECL Sinewave |
- Tight Stabilities - High Frequency Outputs - Low Phase Noise |
Clocks/Crystal Oscillator - XO
| Product | Frequency Range (MHz) |
Output Supply | Features |
VC-826 XO |
20 to 170 |
LVPECL LVDS |
- 200fs RMS jitter typcial 12kHz–20MHz - Excellent power supply rejection ratio |
VC-708 XO |
20 to 200 |
LVPECL LVDS |
- 47 fs RMS jitter typcial 12kHz–20MHz - Ultra Low Jitter Performance, 3rd OT Crystal Design |
VCC6 XO |
10 to 350 |
LVPECL LVDS |
- Reference clocks with jitter <300 fs RMS |
VCC1 XO |
1.544 to 190 |
TTL CMOS |
- Reference clocks with jitter <250 fs RMS |
Frequency Translation / Clock & Data Recovery / Jitter Attenuation
| Product | Input Logic | # of Inputs |
Input Freq. (min/max) |
Output Freq. (min/max) |
Output Logic | # of Outputs |
Features |
CD-700 FX CS CDR |
CMOS TTL 3.3V or 5V |
1 | 8kHz/78MHz | 100kHz/78MHz | CMOS | 2 |
- Drop in integrated PLL for jitter filter applications <1ps rms at 25MHz eg: 25MHz to 25MHz jitter attenuator |
FX-700 FX CS CDR |
CMOS TTL 3.3V or 5V |
1 | 8kHz/78MHz | 100kHz/78MHz | CMOS | 1 |
- Drop in integrated PLL for frequency translation applications and clock smoothing eg: 8kHz to 25MHz |
FX-702 FX CS CDR |
CMOS LVDS LVPECL 3.3V |
1 | 19.440MHz/850MHz | 125MHz/850MHz |
LVPECL LVDS |
1 |
- Drop in integrated PLL for clock smoothing: eg: 156.25MHz to 156.25MHz jitter attenuator - 125MHz to 125MHz jitter attenuator |
FX-400 FX CS CDR |
CMOS LVDS LVPECL 3.3V |
4 | 8kHz/170MHz | 1.5MHz/1GHz |
LVCMOS LVPECL LVDS |
1 |
- Drop in integrated PLL for versatile frequency translation |
FX-402 FX CS CDR |
CMOS LVDS LVPECL 3.3V |
4 | 8KHz/200MHz | 125MHz/850MHz |
LVPECL LVDS |
2 |
- Drop in integrated PLL for versatile frequency translation |