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GJYXFCH-2 G657A1
Self-supporting GFRP Drop cable
No.7120004
Fiber Count:
1. 2 fibers
2. This cable contains 2 fibers, making it suitable for low-density applications where only two channels are needed.
Cable Size:
1. (2.0 ± 0.1) × (5.2 ± 0.1) mm
2. The cable has an overall size of approximately 2.0 mm (width) x 5.2 mm (height), with slight tolerances for uniformity. This size is compact and suitable for tight spaces.
Cable Weight:
1. 20 kg/km
2. The weight of the cable is 20 kg per kilometer, which is moderate and indicates the use of lightweight materials, making it manageable during installation.
Tensile Strength:
1. Long-term: 300 N
2. Short-term: 600 N
3. The cable can withstand a long-term tensile strength of 300 N and a short-term tensile strength of 600 N. These values indicate the maximum pulling forces the cable can endure during installation (short-term) and long-term operation without damage.
Crush Resistance:
1. Long-term: 2200 N/100 mm
2. Short-term: 2200 N/100 mm
3. The cable has a long-term and short-term crush resistance of 2200 N per 100 mm. This means the cable can withstand compressive forces up to this value without sustaining damage, making it durable under external pressures.
Bending Radius:
1. Static: 15 mm
2. Dynamic: 30 mm
3. The cable can bend up to 15 mm radius in static conditions (when not in motion) and 30 mm radius in dynamic conditions (when subjected to movement or installation). These values ensure that the cable can be installed in tight spaces without breaking the fiber.
Storage/Operating Temperature:-20℃to+60℃
The optical fiber unit is positioned in the center. Two parallel Fiber Reinforced(FRP) are placed at the two sides. A steel wire as the additional strength member is also applied. Then, the cable is completed with a black or color LSZH sheath.
Special low-bend-sensitivity fiber provides high bandwidth and excellent communication transmission property.
Two parallel FRP strength members ensure good performance of crush resistance to protect the fiber.
Single steel wire as the additional strength member ensure good performance of tensile strength.
Simple structure, light weight and high practicability.
Novel flute design. easily strip and splice, simplify the installation and maintenance.
Low smoke, zero halogen and flame retardant sheath.
Models: GJYFJHH, GJYFJH, GYFJU
The installation of fire-safe indoor FTTH cables calls for space-saving, cable-style design.
LSZH Sheath → Abates the harsh fire emanation for increasing safety of the environment. Flexible & Varying Diameters → However, an additional advantage to the use of such cables in a tight indoor space is that routing them through walls, floors, and conduits becomes much easier.
Best For: Vertical structures, complexes, or closely situated inner areas of a building where hiding cables is preferred for consistency with the building's appearance and design regulations.
PIC | Specification | Structure | Strength | Sheath | Diameter | Application | Key | Tensile Strength |
| Round, | Aramid | LSZH | 4.8 | Indoor FTTH | Fire-safe, | 200 (long-term) | |
 | Round, | Aramid | LSZH | 3 | Indoor FTTH | Compact, | 150 (long-term) | |
 | Round, | Aramid | LSZH | 2.0–4.0 | Indoor | Flexible, | 150–200 |
Models: GJXFH, GJXH, GJXH Small, GJXFDH/GJXDH, FDC
Cables used in FTTH networks must be lightweight for convenience, yet robust enough to endure various environmental conditions during both indoor and outdoor applications.
Lightweight Non-metallic BRP Frabicated FRP for Internal Use
Metallic Steel Members for Sturdiness and Reliability under Extreme Conditions
Increased Fiber Count Contained in Small Mountable Ducts Suitable for Fast High Capacity Links (with illustrational labels)
Negligible Profile for Viability under Carpets, Walls, or Ducts in Construction Sites whatever, Indoor/Outdoor purposes.
Best For: Used for residential places, offices, or commercial installations for flexible routing with overlaying or underlaying minimum structures.
PIC | Feature | Structure | Strength Member | Sheath | Dimensions (mm) | Fiber Count | Application | Key Advantage | Tensile Strength (N) |
 | Flat, | FRP | LSZH | 2.0 × 3.0 | 1–4 | Indoor | Lightweight, | 60 (long-term) | |
 | Flat, | Steel Wire | LSZH | 2.0 × 3.0 | 1–4 | Indoor | Durable, | 100 (long-term) | |
 | Flat, | Steel Wire | LSZH | 1.6 × 2.0 | 1–2 | Indoor FTTH | Compact, | 80 (long-term) | |
 | Flat, | FRP or | LSZH | 2.0 × 4.0 | 2–4 (Ribbon) | Indoor FTTH | High fiber count (ribbon) | 60–100 | |
 | Flat, | Steel Wire | LSZH | 3.0 × 6.0 | 1–12 | Indoor | Robust, | 150 (long-term) |
Models: GJYXCH, GJYXFCH, GJYXFDCH/GJYXDCH, ASU, GYXY-8S, GYFXBY
FTTH networks, which are established for aerial deployments, are required to have cables that persist heavy-duty use, do not corrode, and can cover a wide span without “sagging.”
Steel or FRP Messenger: Used Fulfillment of High Flyers to have Requested Strength.
Best For: Greatly suitable for aerial FTTH deployments that are on a longer span and need endurance and reliability.
PIC | Specification | Structure | Strength Member | Sheath | Dimensions (mm) | Fiber Count | Self-Supporting | Application | Key Advantage | Tensile Strength (N) |
 | Flat, | Steel Wire | LSZH | 2.0 × 5.2 | 1–4 | Yes (Steel Wire Messenger) | Aerial FTTH | Durable, | 60 (long-term) / 120 (short-term) | |
 | Flat, | FRP | LSZH | 2.0 × 5.2 | 1–4 | Yes (FRP Messenger) | Aerial FTTH | Lightweight, | 200 (long-term) / 400 (short-term) | |
 | Flat, | Steel Wire / FRP (Messenger + Core) | LSZH | 2.0 × 5.2 | 2–4 | Yes (Steel Wire Messenger) | Aerial FTTH | High fiber count, self-support | 300 (long-term) / 600 (short-term) | |
 | Round, | FRP | HDPE | 7.0 / 8.0 | 1–12 | Yes (FRP) | Aerial FTTH | Long-span, | 600 (long-term) / 1200 (short-term) | |
 | Figure-8, | Steel Wire | HDPE | Varies (Figure-8) | 1–12 | Yes (Steel Wire Messenger) | Aerial FTTH | Figure-8 | 300 (long-term) / 600 (short-term) | |
 | Flat, | FRP | PE | Varies | 1–12 | Yes (FRP) | Aerial FTTH | Flat, | 200 (long-term) / 400 (short-term) |
Model: GYGXY
In comparison to those in indoor environments, outdoor cables are exposed to UV light, moisture, and rodents, making them vulnerable to harsh climate effects.
Non-metallic Glass Yarn Reinforcement: Contributes to lightweight with anti-corrosion qualifications, which can last a long time.
HDPE Sheath: UV-resistant, moisture-proof, and rodent-resistant guarantee plus durability.
Best For: The cables for outdoor FTTH installation in aerial or duct settings that are required for long-term use.
PIC | Specification | Structure | Strength Member | Sheath | Dimensions (mm) | Fiber Count | Self-Supporting | Application | Key Advantage | Tensile Strength (N) |
 | Uni-tube | Glass Yarn Tapes | HDPE | Varies (typically 5.0-8.0 mm, | 1–4 | No | Aerial, | Lightweight, non-metallic, durable for outdoor use | 600 (long-term) / |
Marking: HELLOSIGNAL GJYXFCH xxxxM (or Per customer's request)
Inner Package: 2000m/Spool (or Per customer's request)
Outer Package: Pallet (or Per customer's request)
Delivery time: Normally 25 days after received the deposit.
Brand: HELLOSIGNAL® OR OEM
GJYXFCH-2 G657A1
Self-supporting GFRP Drop cable
No.7120004
Fiber Count:
1. 2 fibers
2. This cable contains 2 fibers, making it suitable for low-density applications where only two channels are needed.
Cable Size:
1. (2.0 ± 0.1) × (5.2 ± 0.1) mm
2. The cable has an overall size of approximately 2.0 mm (width) x 5.2 mm (height), with slight tolerances for uniformity. This size is compact and suitable for tight spaces.
Cable Weight:
1. 20 kg/km
2. The weight of the cable is 20 kg per kilometer, which is moderate and indicates the use of lightweight materials, making it manageable during installation.
Tensile Strength:
1. Long-term: 300 N
2. Short-term: 600 N
3. The cable can withstand a long-term tensile strength of 300 N and a short-term tensile strength of 600 N. These values indicate the maximum pulling forces the cable can endure during installation (short-term) and long-term operation without damage.
Crush Resistance:
1. Long-term: 2200 N/100 mm
2. Short-term: 2200 N/100 mm
3. The cable has a long-term and short-term crush resistance of 2200 N per 100 mm. This means the cable can withstand compressive forces up to this value without sustaining damage, making it durable under external pressures.
Bending Radius:
1. Static: 15 mm
2. Dynamic: 30 mm
3. The cable can bend up to 15 mm radius in static conditions (when not in motion) and 30 mm radius in dynamic conditions (when subjected to movement or installation). These values ensure that the cable can be installed in tight spaces without breaking the fiber.
Storage/Operating Temperature:-20℃to+60℃
The optical fiber unit is positioned in the center. Two parallel Fiber Reinforced(FRP) are placed at the two sides. A steel wire as the additional strength member is also applied. Then, the cable is completed with a black or color LSZH sheath.
Special low-bend-sensitivity fiber provides high bandwidth and excellent communication transmission property.
Two parallel FRP strength members ensure good performance of crush resistance to protect the fiber.
Single steel wire as the additional strength member ensure good performance of tensile strength.
Simple structure, light weight and high practicability.
Novel flute design. easily strip and splice, simplify the installation and maintenance.
Low smoke, zero halogen and flame retardant sheath.
Models: GJYFJHH, GJYFJH, GYFJU
The installation of fire-safe indoor FTTH cables calls for space-saving, cable-style design.
LSZH Sheath → Abates the harsh fire emanation for increasing safety of the environment. Flexible & Varying Diameters → However, an additional advantage to the use of such cables in a tight indoor space is that routing them through walls, floors, and conduits becomes much easier.
Best For: Vertical structures, complexes, or closely situated inner areas of a building where hiding cables is preferred for consistency with the building's appearance and design regulations.
PIC | Specification | Structure | Strength | Sheath | Diameter | Application | Key | Tensile Strength |
| Round, | Aramid | LSZH | 4.8 | Indoor FTTH | Fire-safe, | 200 (long-term) | |
| Round, | Aramid | LSZH | 3 | Indoor FTTH | Compact, | 150 (long-term) | |
| Round, | Aramid | LSZH | 2.0–4.0 | Indoor | Flexible, | 150–200 |
Models: GJXFH, GJXH, GJXH Small, GJXFDH/GJXDH, FDC
Cables used in FTTH networks must be lightweight for convenience, yet robust enough to endure various environmental conditions during both indoor and outdoor applications.
Lightweight Non-metallic BRP Frabicated FRP for Internal Use
Metallic Steel Members for Sturdiness and Reliability under Extreme Conditions
Increased Fiber Count Contained in Small Mountable Ducts Suitable for Fast High Capacity Links (with illustrational labels)
Negligible Profile for Viability under Carpets, Walls, or Ducts in Construction Sites whatever, Indoor/Outdoor purposes.
Best For: Used for residential places, offices, or commercial installations for flexible routing with overlaying or underlaying minimum structures.
PIC | Feature | Structure | Strength Member | Sheath | Dimensions (mm) | Fiber Count | Application | Key Advantage | Tensile Strength (N) |
| Flat, | FRP | LSZH | 2.0 × 3.0 | 1–4 | Indoor | Lightweight, | 60 (long-term) | |
| Flat, | Steel Wire | LSZH | 2.0 × 3.0 | 1–4 | Indoor | Durable, | 100 (long-term) | |
| Flat, | Steel Wire | LSZH | 1.6 × 2.0 | 1–2 | Indoor FTTH | Compact, | 80 (long-term) | |
| Flat, | FRP or | LSZH | 2.0 × 4.0 | 2–4 (Ribbon) | Indoor FTTH | High fiber count (ribbon) | 60–100 | |
| Flat, | Steel Wire | LSZH | 3.0 × 6.0 | 1–12 | Indoor | Robust, | 150 (long-term) |
Models: GJYXCH, GJYXFCH, GJYXFDCH/GJYXDCH, ASU, GYXY-8S, GYFXBY
FTTH networks, which are established for aerial deployments, are required to have cables that persist heavy-duty use, do not corrode, and can cover a wide span without “sagging.”
Steel or FRP Messenger: Used Fulfillment of High Flyers to have Requested Strength.
Best For: Greatly suitable for aerial FTTH deployments that are on a longer span and need endurance and reliability.
PIC | Specification | Structure | Strength Member | Sheath | Dimensions (mm) | Fiber Count | Self-Supporting | Application | Key Advantage | Tensile Strength (N) |
| Flat, | Steel Wire | LSZH | 2.0 × 5.2 | 1–4 | Yes (Steel Wire Messenger) | Aerial FTTH | Durable, | 60 (long-term) / 120 (short-term) | |
| Flat, | FRP | LSZH | 2.0 × 5.2 | 1–4 | Yes (FRP Messenger) | Aerial FTTH | Lightweight, | 200 (long-term) / 400 (short-term) | |
| Flat, | Steel Wire / FRP (Messenger + Core) | LSZH | 2.0 × 5.2 | 2–4 | Yes (Steel Wire Messenger) | Aerial FTTH | High fiber count, self-support | 300 (long-term) / 600 (short-term) | |
| Round, | FRP | HDPE | 7.0 / 8.0 | 1–12 | Yes (FRP) | Aerial FTTH | Long-span, | 600 (long-term) / 1200 (short-term) | |
| Figure-8, | Steel Wire | HDPE | Varies (Figure-8) | 1–12 | Yes (Steel Wire Messenger) | Aerial FTTH | Figure-8 | 300 (long-term) / 600 (short-term) | |
| Flat, | FRP | PE | Varies | 1–12 | Yes (FRP) | Aerial FTTH | Flat, | 200 (long-term) / 400 (short-term) |
Model: GYGXY
In comparison to those in indoor environments, outdoor cables are exposed to UV light, moisture, and rodents, making them vulnerable to harsh climate effects.
Non-metallic Glass Yarn Reinforcement: Contributes to lightweight with anti-corrosion qualifications, which can last a long time.
HDPE Sheath: UV-resistant, moisture-proof, and rodent-resistant guarantee plus durability.
Best For: The cables for outdoor FTTH installation in aerial or duct settings that are required for long-term use.
PIC | Specification | Structure | Strength Member | Sheath | Dimensions (mm) | Fiber Count | Self-Supporting | Application | Key Advantage | Tensile Strength (N) |
| Uni-tube | Glass Yarn Tapes | HDPE | Varies (typically 5.0-8.0 mm, | 1–4 | No | Aerial, | Lightweight, non-metallic, durable for outdoor use | 600 (long-term) / |
Marking: HELLOSIGNAL GJYXFCH xxxxM (or Per customer's request)
Inner Package: 2000m/Spool (or Per customer's request)
Outer Package: Pallet (or Per customer's request)
Delivery time: Normally 25 days after received the deposit.
Brand: HELLOSIGNAL® OR OEM
