Product Description:
GRACYFIBER's 2D Fiber Array (FA) represents a cutting-edge optical interface component engineered to overcome the input/output limitations commonly encountered in AI computing infrastructures and high-performance computing (HPC) environments. Unlike traditional fiber arrangements that rely on linear configurations, this innovative product utilizes a two-dimensional matrix architecture, enabling an unprecedented increase in fiber density within an extremely compact footprint.
Features:
Technical Specifications
| Parameter |
Unit |
16~1024 |
| Wavelength |
nm |
1260 – 1650 |
| Materials |
- |
Glass / Ceramic |
| Geometry |
- |
2D Matrix |
| Core Pitch |
- |
127 µm |
| Core Pitch Tolerance |
μm |
±1 |
| Insertion Loss |
dB |
≤0.8 (typical 0.5) |
| Return Loss |
dB |
UPC ≥ 40, APC ≥ 50 |
| Fiber Type |
- |
OM1/OM2/OM3/OM4/OM5/G657A1/A2/B3 or Customized |
| Fiber Coating |
μm |
250 µm / 350 µm |
| Fiber Type Length |
cm |
100 ± 10 or customized |
| Connector |
- |
FC / LC / SC / E2000 / MT / MPO / MMC |
| Operation Temperature |
°C |
-5 to 65 |
| Storage Temperature |
°C |
-40 to 85 |
(This product has been developed specifically to meet your Co-Packaged Optics (CPO) space constraints and to solve the challenges associated with high-concurrency light-emitting interconnects.)
Key Features and Benefits
FAQ:
Q1: What is the brand name of the PM Fiber Array?
A1: The brand name is Ultra-High Density 2D Fiber Array - 16 To 1024 Channels.
Q2: What model numbers are available for the PM Fiber Array?
A2: The model number is Ultra-High Density 2D Fiber Array - 16 To 1024 Channels, covering a range from 16 to 1024 channels.
Q3: Where is the PM Fiber Array manufactured?
A3: The PM Fiber Array is made in China.
Q4: How many channels does the Ultra-High Density 2D Fiber Array support?
A4: It supports from 16 up to 1024 channels, depending on your specific application needs.
Q5: What applications is the Ultra-High Density 2D Fiber Array suitable for?
A5: This fiber array is ideal for high-density optical communication systems, data centers, and advanced photonics research requiring multiple polarization-maintaining channels.
