VICO ROAD AND A SHORT SECTION OF COLIMORE ROAD 16 SEPTEMBER 2026
Vico Road Plus A Short Section Of Coliemore Road 16 September 2026
I used a Sony A7RVI and a Sony 16-35mm F2.8 - this is not the lens that I would have chosen had I known that I was to explore the Hill of Killiney.
I recently upgrade my system to MacOS 27 and as I was advised that the Apple Photos App had greatly improved I decided to see if I could replace Adobe Lightroom Classic. I dited a numbr of images using my iPad Pro and that proved to be an interesting solution when I travel - I will discuss this at a later date.
This batch of images was processed using my Mac Studio and I found the process to be way too slow but there is no doubt that I will use the App for small batches as the results are good.
Vico Road in Killiney is one of the most visually distinctive and technically demanding coastal stretches on the east coast of Ireland. Carved along the seaward shoulder of Killiney Hill, it is celebrated for its sweeping panoramic aspect over Killiney Bay toward Bray Head and the Wicklow Mountains—a vista long compared to the Bay of Naples, which inspired its Italianate naming.
From a photographic perspective, especially when testing high-resolution files, Vico Road offers a unique blend of structural, atmospheric, and optical challenges:
1. Complex Spatial Layering
Foreground Textures: The immediate road verge features weathered granite boundary walls, wrought-iron railings, stone steps cut into the rock, and dense Mediterranean-style gorse and pine vegetation. Resolving these tactile surfaces tests edge-to-edge sensor acuity and lens resolving power.
Midground Transit and Infrastructure: Just below the road runs the railway corridor, where Dublin DART and commuter tracks hug the sheer sea cliffs, cutting through cuttings and tunnels. The juxtaposition of engineering lines against rugged coastal granite provides strong diagonal lead-in lines.
Distant Coastal Horizon: The wide southward sweep leads directly across Killiney Strand to the silhouette of Bray Head and the Sugar Loaf, demanding exceptional micro-contrast to separate distant mountain ridges from atmospheric sea haze.
2. High Dynamic Range Lighting Conditions
Morning Side-Light vs. Midday Glare: Facing east/southeast, the road catches low morning light directly off the Irish Sea, producing harsh specular highlights on water ripples and deep shadows along the inland cliff faces.
Tonal Extremes: Balancing the deep shadows under mature tree canopies and granite retaining walls against the brilliance of open water and bright sky makes it an ideal proving ground for testing dynamic range, shadow recovery, and highlight roll-off in uncompressed RAW files.
3. A Stress Test for Image Resolution and File Handling
Micro-Detail Across the Frame: Fine patterns in distant shoreline shingle, crashing surf along the rocks below, foliage on the slopes of Killiney Hill Park, and distant maritime traffic create an extraordinarily dense field of frequency information.
Testing Demosaicing and Culling: With massive RAW image files, panning through a panoramic vista shot from Vico Road immediately exposes whether image software struggles with preview caching, tile rendering, or color fringing along high-contrast coastal horizons.
4. Coastal Character and Changing Moods
Mediterranean Clarity to Atlantic Drama: On bright, calm days, the turquoise hues of the bay and whitewashed cliff villas impart a serene, southern European atmosphere. Conversely, when an easterly wind or sea fog rolls across the bay, the road takes on a moody, stark maritime quality where contrast drops and soft gradations take over.
Whether framing wide vistas across the sweep of the bay or isolating architectural details and cliff-edge flora, Vico Road provides a rigorous, detail-rich benchmark for evaluating high-resolution sensors and catalog processing performance.
Where Apple Photos Outperforms Lightroom Classic
Hardware-Accelerated Display and Deep OS Integration
Metal and Core Image Pipeline: Apple Photos connects directly with macOS graphics and display frameworks. Panning, full-screen rendering, and zooming on high-resolution P3 displays often feel smoother and generate far less heat and CPU spin-up than Adobe’s rendering pipeline.
Unified Neural Engine Indexing: Object recognition, facial identification, Live Text OCR, and semantic natural language search ("red brick building", "cloudy street") run locally via the Neural Engine without demanding manual keyword tagging.
HDR and Wide Gamut Rendition: Because it shares macOS display pipelines natively, Photos renders high dynamic range stills and wide P3 color spaces with zero color-management handoff delay.
Core Adjustment Algorithms
Apple’s Brilliance slider acts as an intelligent adaptive tone-mapping control, lifting deep shadows while simultaneously reigning in specular highlights without the chalky, washed-out look typical of simple shadow-lift tools.
Auto Enhance and basic tonal sliders feel fast, responsive, and generate well-balanced baseline images.
Why the User Interface Becomes Sluggish
While Apple Photos operates quickly with smaller collections (under 20,000 images), both professional reviews and community discussions highlight clear technical bottlenecks that slow the interface down as catalog size increases:
Aggressive Background Daemon Overhead:
Whenever assets are imported or modified, system background processes (photoanalysisd, photolibraryd, and mediaanalysisd) place sustained demand on disk I/O and processor cores. They parse facial vectors, aesthetic scoring, scene classification, duplicate detection, and depth maps. When these tasks run, the underlying SQLite database contends for read/write access, introducing UI latency and scroll stutter.
Monolithic .photoslibrary Package Bottlenecks:
Unlike Lightroom’s separate, lightweight catalog file paired with standard external folders, Apple Photos uses an all-in-one package file by default. When libraries grow into hundreds of gigabytes or terabytes—especially across external USB or Thunderbolt drives—reading and writing metadata inside the package introduces interface lag whenever you open albums or change views.
Smart Album Recalculation:
Smart Albums are continually re-evaluated by the database while navigating, which causes brief micro-pauses during rapid scrolling or batch selections.
iCloud Sync Verification Checks:
Even with high-speed connections, background state synchronisation between local database records and iCloud metadata queues will lock interface threads intermittently.
Side-by-Side Review: Apple Photos vs. Lightroom Classic
Rendering and Display Fluidity
Apple Photos: Extremely smooth on small-to-medium batches thanks to native Metal and ColorSync optimisation.
Lightroom Classic: Demands substantial RAM and GPU overhead, but behaves predictably under heavy catalog loads.
Large-Volume Digital Asset Management (DAM)
Apple Photos: Struggles once libraries scale to hundreds of thousands of images, largely due to its monolithic package structure and background indexing overhead.
Lightroom Classic: Proven industry standard. Comfortably organises 500,000+ images using standard folder hierarchies and sidecar files.
Editing Depth and Control
Apple Photos: Capable global tone and colour adjustments, but lacks precise perspective correction, custom lens profile management, and granular local masking.
Lightroom Classic: Comprehensive parametric masking (luminance, colour ranges, subject/sky detection), manual lens calibrations, and tethering support.
File System Transparency
Apple Photos: Sandboxed package structure. Its alternative "Referenced files" mode is fragile and susceptible to broken links during file moves or drive reconnections.
Lightroom Classic: Complete transparency over external disk trees, file naming rules, and directory structures.
Extensibility and Ecosystem
Apple Photos: Limited to supported macOS Photos extensions (such as Pixelmator Pro or RAW Power).
Lightroom Classic: Extensive plugin ecosystem supporting dedicated raw engines (like DxO PureRAW), publishing services, and batch automation tools.
The Professional Consensus
Reviewers and experienced photographers view Apple Photos as an exceptionally capable tool for consumer and family libraries, and a fast, fluid viewer for modest image sets. However, it is rarely recommended as a primary production DAM for multi-terabyte raw archives. It works well as a lightweight companion for viewing curated selections or syncing select portfolios, but its rigid file handling and background I/O contention make it difficult to rely on as a full replacement for Lightroom Classic.
UI Performance Quick-Fixes
If you wish to explore Apple Photos, these steps will noticeably reduce interface friction:
Let Background Daemons Finish: Leave the Mac powered on, awake, and the Photos application quit overnight. Many machine-learning indexing tasks pause while the app is active and execute faster when it is closed.
Limit Complex Smart Albums: Replace nested or rule-heavy Smart Albums with standard static albums to prevent the database from running continuous re-queries during navigation.
Format External Drives as APFS: If your library package sits on an external drive, confirm that the volume is formatted as APFS (GUID Partition Map). Running a Photos library from ExFAT or Mac OS Extended causes severe UI hanging.
Repair the Database: Hold down Option + Command while launching the Photos app to open the native Repair Library dialog, which clears corrupted cache files and orphaned database references.
I used a Sony A7RVI and a Sony 16-35mm F2.8 - this is not the lens that I would have chosen had I known that I was to explore the Hill of Killiney.
I recently upgrade my system to MacOS 27 and as I was advised that the Apple Photos App had greatly improved I decided to see if I could replace Adobe Lightroom Classic. I dited a numbr of images using my iPad Pro and that proved to be an interesting solution when I travel - I will discuss this at a later date.
This batch of images was processed using my Mac Studio and I found the process to be way too slow but there is no doubt that I will use the App for small batches as the results are good.
Vico Road in Killiney is one of the most visually distinctive and technically demanding coastal stretches on the east coast of Ireland. Carved along the seaward shoulder of Killiney Hill, it is celebrated for its sweeping panoramic aspect over Killiney Bay toward Bray Head and the Wicklow Mountains—a vista long compared to the Bay of Naples, which inspired its Italianate naming.
From a photographic perspective, especially when testing high-resolution files, Vico Road offers a unique blend of structural, atmospheric, and optical challenges:
1. Complex Spatial Layering
Foreground Textures: The immediate road verge features weathered granite boundary walls, wrought-iron railings, stone steps cut into the rock, and dense Mediterranean-style gorse and pine vegetation. Resolving these tactile surfaces tests edge-to-edge sensor acuity and lens resolving power.
Midground Transit and Infrastructure: Just below the road runs the railway corridor, where Dublin DART and commuter tracks hug the sheer sea cliffs, cutting through cuttings and tunnels. The juxtaposition of engineering lines against rugged coastal granite provides strong diagonal lead-in lines.
Distant Coastal Horizon: The wide southward sweep leads directly across Killiney Strand to the silhouette of Bray Head and the Sugar Loaf, demanding exceptional micro-contrast to separate distant mountain ridges from atmospheric sea haze.
2. High Dynamic Range Lighting Conditions
Morning Side-Light vs. Midday Glare: Facing east/southeast, the road catches low morning light directly off the Irish Sea, producing harsh specular highlights on water ripples and deep shadows along the inland cliff faces.
Tonal Extremes: Balancing the deep shadows under mature tree canopies and granite retaining walls against the brilliance of open water and bright sky makes it an ideal proving ground for testing dynamic range, shadow recovery, and highlight roll-off in uncompressed RAW files.
3. A Stress Test for Image Resolution and File Handling
Micro-Detail Across the Frame: Fine patterns in distant shoreline shingle, crashing surf along the rocks below, foliage on the slopes of Killiney Hill Park, and distant maritime traffic create an extraordinarily dense field of frequency information.
Testing Demosaicing and Culling: With massive RAW image files, panning through a panoramic vista shot from Vico Road immediately exposes whether image software struggles with preview caching, tile rendering, or color fringing along high-contrast coastal horizons.
4. Coastal Character and Changing Moods
Mediterranean Clarity to Atlantic Drama: On bright, calm days, the turquoise hues of the bay and whitewashed cliff villas impart a serene, southern European atmosphere. Conversely, when an easterly wind or sea fog rolls across the bay, the road takes on a moody, stark maritime quality where contrast drops and soft gradations take over.
Whether framing wide vistas across the sweep of the bay or isolating architectural details and cliff-edge flora, Vico Road provides a rigorous, detail-rich benchmark for evaluating high-resolution sensors and catalog processing performance.
Where Apple Photos Outperforms Lightroom Classic
Hardware-Accelerated Display and Deep OS Integration
Metal and Core Image Pipeline: Apple Photos connects directly with macOS graphics and display frameworks. Panning, full-screen rendering, and zooming on high-resolution P3 displays often feel smoother and generate far less heat and CPU spin-up than Adobe’s rendering pipeline.
Unified Neural Engine Indexing: Object recognition, facial identification, Live Text OCR, and semantic natural language search ("red brick building", "cloudy street") run locally via the Neural Engine without demanding manual keyword tagging.
HDR and Wide Gamut Rendition: Because it shares macOS display pipelines natively, Photos renders high dynamic range stills and wide P3 color spaces with zero color-management handoff delay.
Core Adjustment Algorithms
Apple’s Brilliance slider acts as an intelligent adaptive tone-mapping control, lifting deep shadows while simultaneously reigning in specular highlights without the chalky, washed-out look typical of simple shadow-lift tools.
Auto Enhance and basic tonal sliders feel fast, responsive, and generate well-balanced baseline images.
Why the User Interface Becomes Sluggish
While Apple Photos operates quickly with smaller collections (under 20,000 images), both professional reviews and community discussions highlight clear technical bottlenecks that slow the interface down as catalog size increases:
Aggressive Background Daemon Overhead:
Whenever assets are imported or modified, system background processes (photoanalysisd, photolibraryd, and mediaanalysisd) place sustained demand on disk I/O and processor cores. They parse facial vectors, aesthetic scoring, scene classification, duplicate detection, and depth maps. When these tasks run, the underlying SQLite database contends for read/write access, introducing UI latency and scroll stutter.
Monolithic .photoslibrary Package Bottlenecks:
Unlike Lightroom’s separate, lightweight catalog file paired with standard external folders, Apple Photos uses an all-in-one package file by default. When libraries grow into hundreds of gigabytes or terabytes—especially across external USB or Thunderbolt drives—reading and writing metadata inside the package introduces interface lag whenever you open albums or change views.
Smart Album Recalculation:
Smart Albums are continually re-evaluated by the database while navigating, which causes brief micro-pauses during rapid scrolling or batch selections.
iCloud Sync Verification Checks:
Even with high-speed connections, background state synchronisation between local database records and iCloud metadata queues will lock interface threads intermittently.
Side-by-Side Review: Apple Photos vs. Lightroom Classic
Rendering and Display Fluidity
Apple Photos: Extremely smooth on small-to-medium batches thanks to native Metal and ColorSync optimisation.
Lightroom Classic: Demands substantial RAM and GPU overhead, but behaves predictably under heavy catalog loads.
Large-Volume Digital Asset Management (DAM)
Apple Photos: Struggles once libraries scale to hundreds of thousands of images, largely due to its monolithic package structure and background indexing overhead.
Lightroom Classic: Proven industry standard. Comfortably organises 500,000+ images using standard folder hierarchies and sidecar files.
Editing Depth and Control
Apple Photos: Capable global tone and colour adjustments, but lacks precise perspective correction, custom lens profile management, and granular local masking.
Lightroom Classic: Comprehensive parametric masking (luminance, colour ranges, subject/sky detection), manual lens calibrations, and tethering support.
File System Transparency
Apple Photos: Sandboxed package structure. Its alternative "Referenced files" mode is fragile and susceptible to broken links during file moves or drive reconnections.
Lightroom Classic: Complete transparency over external disk trees, file naming rules, and directory structures.
Extensibility and Ecosystem
Apple Photos: Limited to supported macOS Photos extensions (such as Pixelmator Pro or RAW Power).
Lightroom Classic: Extensive plugin ecosystem supporting dedicated raw engines (like DxO PureRAW), publishing services, and batch automation tools.
The Professional Consensus
Reviewers and experienced photographers view Apple Photos as an exceptionally capable tool for consumer and family libraries, and a fast, fluid viewer for modest image sets. However, it is rarely recommended as a primary production DAM for multi-terabyte raw archives. It works well as a lightweight companion for viewing curated selections or syncing select portfolios, but its rigid file handling and background I/O contention make it difficult to rely on as a full replacement for Lightroom Classic.
UI Performance Quick-Fixes
If you wish to explore Apple Photos, these steps will noticeably reduce interface friction:
Let Background Daemons Finish: Leave the Mac powered on, awake, and the Photos application quit overnight. Many machine-learning indexing tasks pause while the app is active and execute faster when it is closed.
Limit Complex Smart Albums: Replace nested or rule-heavy Smart Albums with standard static albums to prevent the database from running continuous re-queries during navigation.
Format External Drives as APFS: If your library package sits on an external drive, confirm that the volume is formatted as APFS (GUID Partition Map). Running a Photos library from ExFAT or Mac OS Extended causes severe UI hanging.
Repair the Database: Hold down Option + Command while launching the Photos app to open the native Repair Library dialog, which clears corrupted cache files and orphaned database references.
VICO ROAD