Cassette PLC Splitter

BWN-PLC-CT-1X64-APC 1×64 Cassette-Type PLC Splitter, SC/APC 3.0mm to LC/APC 2.0mm

A 1×64 cassette PLC splitter with a hybrid interface: one rugged SC/APC 3.0mm feeder pigtail in, sixty-four LC/APC 2.0mm outputs out, in a protected ABS module for cabinets, distribution boxes and dense ODF panels. 20.5/21.0dB insertion loss (P/S grade), 1260–1650nm, -40~+85°C.

1×64 Cassette PLC Splitter Overview (SC/APC to LC/APC)

The BWN-PLC-CT-1X64-APC is the highest-ratio member of the cassette PLC family: one input split sixty-four ways in a single protected ABS module. Its defining detail is the hybrid interface — a rugged SC/APC 3.0mm pigtail on the feeder side, sixty-four LC/APC 2.0mm pigtails on the distribution side. The feeder leg gets the connector and cable construction that survives cabinet handling; the output side gets the density that 64 ports demand.

Published insertion loss for the 1×64 is 20.5/21.0dB (P/S grade) with 2.0dB-class uniformity, flat across the 1260–1650nm band. That number deserves respect in the link budget — a 1×64 split consumes most of a GPON Class B+ budget (28dB) once fiber and connectors are added, which is why many 1×64 builds specify higher-budget optics such as Class C+. Plan the budget first; the splitter does not forgive an optimistic one. Family overview: cassette PLC splitter category.

Key Features

  • Single-stage 1:64 split: one PON input serves 64 drops without a cascaded second stage.
  • Hybrid SC→LC interface: SC/APC 3.0mm feeder pigtail for robust handling; 64 × LC/APC 2.0mm outputs for dense adapter fields.
  • Protected cassette format: ABS module for street cabinets, distribution boxes and ODF panels — the format cabinet splitter modules have made the norm for 1×64 builds.
  • Planar wavelength flatness: the 1260–1650nm band covers GPON, XGS-PON and NG-PON2 wavelengths.
  • Wide temperature rating: -40°C to +85°C operating and storage.
  • Configurable at order: pigtail lengths and fiber type (G657A standard) confirmed on the datasheet before production.

Specifications — 1×64 Hybrid Configuration

ParameterValue (this model)
ModelBWN-PLC-CT-1X64-APC
Splitter TypePLC (planar lightwave circuit), cassette module
Configuration1 × 64
ConnectorsSC/APC input (3.0mm) → LC/APC outputs (2.0mm)
Fiber Length1m standard, customized on request
Fiber TypeG657A (customer-specified fiber available)
Operating Wavelength1260–1650nm
Insertion Loss (P/S grade)20.5 / 21.0dB
Loss Uniformity≤ 2.0dB
Return Loss≥ 55dB (APC)
Polarization Dependent Loss≤ 0.35dB
Directivity≥ 55dB
Wavelength Dependent Loss≤ 0.5dB
Temperature Stability (-40~+85°C)≤ 0.5dB
Operating / Storage Temperature-40°C to +85°C
ComplianceTelcordia GR-1209-CORE, GR-1221-CORE (per BWNFiber product documentation)

1×N PLC Splitter Reference Table (Series Values)

Parameters1×21×41×81×161×321×64
Operating Wavelength (nm)1260~1650
Fiber TypeG657A or customer specified
Insertion Loss (dB) (P/S Grade)3.8/4.07.1/7.310.2/10.513.5/13.716.5/16.920.5/21.0
Loss Uniformity (dB)0.40.60.81.21.52.0
Return Loss (dB)555555555555
Polarization Dependent Loss (dB)0.20.20.20.250.30.35
Directivity (dB)555555555555
Wavelength Dependent Loss (dB)0.30.30.30.50.50.5
Temperature Stability (-40~85°C) (dB)0.40.40.40.50.50.5
Operating / Storage Temperature (°C)-40~+85

Values above are the published 1×N reference figures for the BWNFiber PLC series; this page is the 1×64 column. Confirm the cassette outline drawing against the current datasheet before ordering.

Connectors, Fiber Types & Compatibility

The input is SC/APC on a 3.0mm jacketed feeder pigtail — the robust end, sized for cabinet feeder handling. The outputs are 64 × LC/APC on 2.0mm pigtails — the dense end, matched to LC adapter fields on high-density ODF frames and splitter panels.

Fiber is G657A bend-insensitive singlemode standard; customer-specified fiber available. One plant check before specifying this hybrid: LC/APC on the output side presumes LC adapter infrastructure downstream — confirm the distribution-side connector standard first.

Applications

  • Maximum-coverage FTTH distribution: one PON port serves 64 subscribers from a single cabinet cassette.
  • Street cabinet and cross-connect builds: the protected module format matches cabinet installation practice for high-ratio splits.
  • High-density ODF and CO splits: the LC output side keeps 64 ports within dense panel space.
  • PON coexistence builds: the 1260–1650nm window carries GPON today and XGS-PON on upgrade without touching the passive layer.

How to Choose the Right Configuration

1. Budget first: at 20.5/21.0dB IL, a 1×64 split leaves limited margin — verify your PON class (B+ / C+) and total fiber/connector budget before choosing 1×64 over 1×32. The splitter loss chart maps the ratios.

2. Ratio vs topology: if drops are geographically grouped, a cascaded 1×8 × 1×8 design may serve better than one 1×64 point; if distribution is concentrated, single-stage wins on connector count and simplicity.

3. Interface: this hybrid (SC in → LC out) suits feeder-to-dense-panel builds; if both sides are SC, see the 1×64 SC/APC 3.0 sibling.

4. Package: cassette for cabinets and boxes; rack-mounted or LGX formats for 19-inch frames; steel-tube for splice-in builds.

5. Pigtails: input 3.0mm / output 2.0mm as modeled; custom lengths on request.

How This Model Differs from Its Neighbors

ModelInterfaceIL (P/S)Best for
This page: 1×64 cassette SC→LCSC/APC in → LC/APC out20.5/21.0dBMax split + dense outputs
1×64 cassette SC/APC 3.0SC/APC throughout20.5/21.0dBMax split, all-SC plant
1×32 cassette SC/APCSC/APC16.5/16.9dBStandard GPON branches
1×32 cassette LC/APCLC/APC16.5/16.9dBDense panels at 1×32

Family navigation: cassette PLC splitters · all PLC formats · FBT vs PLC comparison · splitter loss chart.

Testing & Quality Control

At 1×64, per-port uniformity matters as much as headline IL: a 2.0dB-class uniformity window means the worst port can sit about 2dB above the best. Acceptance testing should record per-port IL and RL, not just a sample port. The published characterization for this series is stated to Telcordia GR-1209-CORE / GR-1221-CORE generic requirements; for project orders, share your acceptance criteria and we align shipment documentation accordingly.

Packaging & Ordering Information

  • Model: BWN-PLC-CT-1X64-APC (PLC · cassette module · 1×64 · SC/APC input → LC/APC outputs)
  • Standard supply: 1×64 split, SC/APC 3.0mm feeder pigtail, 64 × LC/APC 2.0mm output pigtails, 1m length
  • Options on request: pigtail lengths, customer-specified fiber
  • Packaging, MOQ and lead time are confirmed per order — send your quantity and destination for a written confirmation

Request a Quote for the 1×64 Cassette PLC Splitter

Send these six parameters for a configured quote:

  1. Split configuration (this page: 1×64)
  2. Interface plan (standard on this model: SC/APC input → LC/APC outputs)
  3. Pigtail lengths (standard 1m)
  4. Fiber type (standard G657A, or customer specified)
  5. Loss budget context (PON class, approximate reach) so we can flag margin risks
  6. Quantity and destination

Contact the BWNFiber team or use the inquiry form on this page for pricing, datasheets, and samples.

FAQ

BWN-PLC-CT-1X64-APC 1×64 Cassette-Type PLC Splitter, SC/APC 3.0mm to LC/APC 2.0mm FAQ

What is a 1×64 cassette PLC splitter?

A planar lightwave circuit splitter that divides one optical input into 64 outputs, packaged in a protected ABS cassette for installation inside cabinets, distribution boxes and ODF panels. It is the highest standard single-stage PLC split ratio.

Why does this model have SC/APC input and LC/APC outputs?

The two sides solve different problems. The feeder side uses a rugged SC/APC 3.0mm pigtail that tolerates cabinet handling; the 64-port output side uses LC/APC 2.0mm pigtails because 64 LC adapters fit panel space that 64 SC adapters cannot.

What is the insertion loss of a 1×64 PLC splitter?

The published figure for this series is 20.5/21.0dB (P/S grade) with 2.0dB-class uniformity. That consumes most of a GPON Class B+ 28dB budget once fiber and connectors are included — many 1×64 builds specify Class C+ optics. Verify your budget before choosing the ratio.

Is a single 1×64 better than cascading 1×8 splitters?

It depends on geography, not just loss. One 1×64 point is simpler and has fewer mated connectors; a cascade fits better when drops are spread across multiple buildings. The total split loss is similar — connectors and splices decide the difference.

What is the difference between this model and the SC/APC 3.0 1×64 version?

Same 1×64 optical family. That sibling terminates both sides in SC/APC 3.0mm; this model is the hybrid for plants that are SC on the feeder side and LC on the distribution side.

Can this cassette be installed outdoors?

Only inside a sealed cabinet, distribution box or closure — the cassette is a protected component, not an outdoor enclosure. The module itself is rated -40°C to +85°C.

What should I check at acceptance for a 1×64 splitter?

Per-port insertion loss across all 64 ports (not a sample), the uniformity window, return loss per port, and the connector-polish match (APC end to end). At 64 ports, the worst-case port — not the average — decides whether the furthest subscriber syncs.

Do you support OEM and project volumes?

Yes. Send split ratio, interface confirmation (SC/APC in → LC/APC out), pigtail lengths, quantity and destination; we confirm the build on a datasheet and quote project pricing.

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