Name: Canadian Defence and Dual-Use Ecosystem Map
Creator: Andrew Davies
License: https://truenorthmap.ca/terms

Canadian defence and dual-use directory

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Questions for a first conversation

Which delivered configuration has the required radiation, thermal-vacuum and vibration qualification, and what measured optical performance and flight or field heritage apply to it?
Adds the PULSAR product configuration and separates the StarBurst development programme from flight-qualified amplifier heritage.

Original sources 5 linked records

These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.

Low-SWaP optical amplification system for CubeSat applications (opens in a new tab)
Government of Canada · Sep 4, 2025
Open original source: Low-SWaP optical amplification system for CubeSat applications (opens in a new tab)
Source details
Source type: award or contract
Supports: Profile · current activity
A Canadian Space Agency contribution running to June 2027 supports development and qualification of MPB's low-SWaP CubeSat optical amplifier.
Supports: Profile · profileData.currentActivity
A Canadian Space Agency contribution running to June 2027 supports development and qualification of MPB's low-SWaP CubeSat optical amplifier.
Supports: Profile · current activity as of
Government of Canada supports 2025-09-04 as the material date used for this dossier activity note.
Supports: Profile · reviewed questions.mpb-communications-first-conversation.question
True North Map derives this first-conversation question from the documented MPB Communications capability, current evidence and the decision gap that remains.
Supports: Profile · current activity
A Canadian Space Agency contribution running to June 2027 supports development and qualification of MPB's low-SWaP CubeSat optical amplifier.
Supports: Profile · canadian footprint
MPB Communications has a documented Canadian operating presence in Pointe-Claire, Quebec.
Supports: Profile · operating context
The Canadian Space Agency awarded MPB a contribution for a compact CubeSat optical-amplification system; this supports technology development and does not establish a defence procurement or mission adoption.
Supports: Profile · reviewed questions.mpb-communications-first-conversation.context
MPB Communications's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Low-SWaP optical amplifier for CubeSat laser communications · summary
MPB is developing a compact optical amplification system intended to increase high-speed laser-communication capacity for CubeSats while meeting satellite size, weight, power and cost constraints.
Supports: Low-SWaP optical amplifier for CubeSat laser communications → Arctic Domain Awareness
Higher-capacity CubeSat laser communications could support remote-sensing data movement from northern missions, but weather availability, ground-segment integration and operational use are not documented for this project.
Supports: Space Technology Development Program contribution recipient relationship
Source location: relationships.0.publicSummary
The Canadian Space Agency awarded MPB a contribution for a compact CubeSat optical-amplification system; this supports technology development and does not establish a defence procurement or mission adoption.
MPB Communications space photonics (opens in a new tab)
MPB Communications
Open original source: MPB Communications space photonics (opens in a new tab)
Source details
Source type: official organization profile
Supports: Profile · profileData.publicContact.contactPageUrl
The official public contact pathway for MPB Communications is https://www.mpbcommunications.com/.
Supports: Profile · operating context
Compact low-SWaP optical architecture; High-speed laser-communications support; Design for CubeSat integration; Qualification path for space deployment and scaled manufacturing
Supports: Profile · editorial profile version
MPB Communications has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
MPB Communications — Main body: MPBC markets mission-specific space optical amplifiers and a PULSAR 5 W booster/preamplifier combination for L (opens in a new tab)
MPB Communications
Open original source: MPB Communications — Main body: MPBC markets mission-specific space optical amplifiers and a PULSAR 5 W booster/preamplifier combination for L (opens in a new tab)
Source details
Source type: official company product
Supports: Profile · reviewed questions.mpb-communications-refresh-question-1.context
MPB offers configurable space optical amplifiers in 1550 nm or 1060 nm bands with environmental testing and EM/QM/FM development. PULSAR integrates a 5 W booster and low-noise preamplifier for LEO, advertised radiation tolerance up to 30 krad. Generic portfolio TRL-9 history does not establish flight heritage of every PULSAR configuration.
Supports: Profile · reviewed questions.mpb-communications-refresh-question-1.confidence
MPB Communications — StarBurst technical architecture and planned testing; conflicting page dates (opens in a new tab)
www.mpbcommunications.com
Open original source: MPB Communications — StarBurst technical architecture and planned testing; conflicting page dates (opens in a new tab)
Source details
Source type: official company product
Supports: Profile · operating context
MPB and LEOS describe StarBurst laser guide stars at 589 nm and over 75 W, using Raman fibre amplification and non-resonant doubling, with electronics more than 30 m from the laser head. Initial adaptive-optics testing is planned in 2026. Page footer says June 29 but body dateline July 26, 2026; a precise announcement date remains conflicted.
Supports: Profile · reviewed questions.mpb-communications-refresh-question-1.confidence
MPB and LEOS describe StarBurst laser guide stars at 589 nm and over 75 W, using Raman fibre amplification and non-resonant doubling, with electronics more than 30 m from the laser head. Initial adaptive-optics testing is planned in 2026. Page footer says June 29 but body dateline July 26, 2026; a precise announcement date remains conflicted.

Show 1 more source record

MPB Communications — Main body / technical sections: French CSA disclosure identifies MPB Communications C$766,136 contribution 25STDPX28 from September 4 2025 to June 30 2027 to deve (opens in a new tab)
Canadian Space Agency
Open original source: MPB Communications — Main body / technical sections: French CSA disclosure identifies MPB Communications C$766,136 contribution 25STDPX28 from September 4 2025 to June 30 2027 to deve (opens in a new tab)
Source details
Source type: official report
Supports: Low-SWaP optical amplifier for CubeSat laser communications · technicaldomainslugs
French CSA disclosure identifies MPB Communications C$766,136 contribution 25STDPX28 from September 4 2025 to June 30 2027 to develop compact low-size/weight/power/cost optical amplification for CubeSat laser communications. A fully qualified amplifier is the eventual goal; disclosed record provides no achieved numerical SWaP or qualification results.

Public sources cited · Facts and assessments kept separate · Human review

MPB Communications

About MPB Communications

Operating context

MPB Communications

About MPB Communications

Operating context

Canadian footprint

Technologies & services 1

Low-SWaP optical amplifier for CubeSat laser communications

Evidence of maturity

Commercial availability

Core features

Recorded applications

Public record

Recent activity

Ecosystem relationships

Reviewed connections

Arctic Domain Awareness

Edge Data Processing

Questions for a first conversation

Which delivered configuration has the required radiation, thermal-vacuum and vibration qualification, and what measured optical performance and flight or field heritage apply to it?

Original sources 5 linked records

About MPB Communications

Operating context

About MPB Communications

Operating context

Canadian footprint

Technologies & services 1

Low-SWaP optical amplifier for CubeSat laser communications

Evidence of maturity

Commercial availability

Core features

Recorded applications

Public record

Recent activity

Ecosystem relationships

Reviewed connections

Arctic Domain Awareness

Edge Data Processing

Questions for a first conversation

Which delivered configuration has the required radiation, thermal-vacuum and vibration qualification, and what measured optical performance and flight or field heritage apply to it?

Original sources 5 linked records

Follow the strongest connections

Organizations

Mission and ecosystem paths

Your weekly briefing on Canadian defence

Follow the strongest connections

Organizations

Mission and ecosystem paths