MMC Assembly

MMC Assembly

The MMC fiber cable is equipped with an MMC connector, a Very Small Form Factor (VSFF) multi-fiber optical connector designed to terminate single-mode and multimode fiber cables up to 2.5mm in diameter. It employs novel TMT ferrule technology harmonized with the MT/MT-16 alignment structure. Individual connector access in the most extremely dense connector environments is easily accomplished using revolutionary push-pull boot technology. MMC connectivity enables solutions that minimize the space required across multiple applications, including structured cabling, high fiber count data center interconnects, and high-bandwidth applications.

MMC Assembly

The MMC fiber cable is equipped with an MMC connector, a Very Small Form Factor (VSFF) multi-fiber optical connector designed to terminate single-mode and multimode fiber cables up to 2.5mm in diameter. It employs novel TMT ferrule technology harmonized with the MT/MT-16 alignment structure. Individual connector access in the most extremely dense connector environments is easily accomplished using revolutionary push-pull boot technology. MMC connectivity enables solutions that minimize the space required across multiple applications, including structured cabling, high fiber count data center interconnects, and high-bandwidth applications.

APPLICATION

Structured cabling

Data Center Interconnect and reduced OD pre-terminated cable assemblies

High bandwidth transceivers

Co-packaged optics and on-board connectivity

 

FEATURES

VSFF MMC Connector Supports 3x Cabling Port Density over the MPO Format

Top & Bottom Rails Enable Correct Orientation to Simplify Installation and Maintenance

Utilizes Proven MT/MT-16 Mechanical and Fiber Alignment Structures

DirectConec™ Push-Pull Boot for Effortless Connector Insertion and Extraction

TMT Elite™ Enable 0.35dB Low IL and APC for Superior Return Loss

Bend Insensitive Fiber Allows Tighter Cable Bends for Slack Storage and Routing

Tested to Telcordia GR-1435

Support Data Center Structured Cabling and High-Bandwidth Applications

250µm Pitch is for Standard 250µm and Smaller OD SM and MM Fibers

Available in 1×16 and 2×12 Fiber Count Configurations

Pulling Eyes are Provided As An Option To Protect the Fiber Ends During Installation

 

PRODUCT PARAMETERS

 

Item

Parameter

Reference

Single mode

Multimode

Insertion loss(MMC)

≤0.35dB

≤0.35dB

IEC 61300-3-3

IEC 61300-3-6

Return loss(MMC)

≥ 60dB (APC)

35dB (APC)

Insertion loss(MDC)

≤0.35dB

≤0.35dB

Return loss(MDC)

50dB (UPC); ≥ 60dB (APC)

30dB (PC)

Insertion loss(MTP)

≤0.35dB

≤0.35dB

Return loss(MTP)

≥ 60dB (APC)

30dB (PC); 35dB (APC)

Insertion loss(Uniboot LC)

≤0.35dB

≤0.35dB

Return loss(Uniboot LC)

50dB (UPC); ≥ 60dB (APC)

30dB (PC)

Operating Temperature

-10°C ~ +60°C

Storage Temperature

-20°C ~ +70°C

 

Cable Characteristic

Item

Contents

Unit

Value

Optic Fiber

Number

/

16 or 24

Type

/

SM, MM

Color

/

Blue, Orange, Green, Brown, Gray, White, Red, Black, Yellow, Violet, Pink, Aqua

Strength member

Material

/

Aramid yarn

Outer jacket

Material

/

LSZH, OFNR, OFNP or Customized

Color

/

Yellow, Orange, Aqua or Customized

Outer Diameter

mm

2.5±0.1

Min Bending Radius

Dynamic

mm

20D

Static

mm

10D

Max Allowable Tensile

Short Term

N

100

Long Term

N

30

 

Optical Fiber Characteristic

Fiber Type

Attenuation

Overfilled modal bandwidth

(OFL)

Effective modal bandwidth

Minimum bending radius

1310/1550nm

850/1300nm

850/1300nm (MHZ.km)

850nm (MHZ.km)

mm

Typical

(dB/km)

Maximum

(dB/km)

Typical

(dB/km)

Maximum

(dB/km)

G.657A1

0.36/0.22

0.5/0.4

---

--

---

---

10

G.657A2

0.36/0.22

0.5/0.4

---

--

---

---

7.5

OM1

---

---

3.0/1.0

3.5/1.5

≥200/500

 

30

OM2

---

---

3.0/1.0

3.5/1.5

≥500/500

 

30

OM3

---

---

3.0/1.0

3.5/1.5

≥1500/500

≥2000

30

OM4

---

---

3.0/1.0

3.5/1.5

≥3500/500

≥4700

30

OM5

---

---

3.0/1.0

3.5/1.5

≥3500/500

≥4700

30

 

 

 

CPR

UL

ROHS

Product Message

Our staff will contact you within 24 hours (working days).